Pellet Making Machine in Indonesia

Good question. We get this a lot from customers planning a pellet making machine in Indonesia purchase. The specs vary quite a bit depending on what you’re running — feed is different from wood, which is different from fertilizer. Below are the standard configurations for the main machine types we ship. Keep in mind these are typical numbers; actual output depends on material density, moisture, screen size, and a bunch of other factors.

Feed Pellet Mills (Ring Die)

These are our SZLH series ring die feed pellet machine— what most people think of when they picture a pellet making machine in Indonesia for poultry or livestock feed. They run corn, soybean, rice bran, fishmeal — standard feed ingredients. The conditioner adds steam before the die, which helps with starch gelatinization and pellet quality.

The 420 is probably our most common export to Indonesia for medium feed mills. The 250 and 320 are popular for smaller operations or startups.

Wood Pellet Mills

MZLH series. Different from feed mills — heavier construction, different roller geometry, and they usually include a forced feeder because wood fiber doesn’t flow like mash feed. These are what you see in Kalimantan and Sumatra processing sawdust, wood shavings, and sometimes palm fiber.

Output on wood is lower than feed because the material is harder to press. The 520 is a sweet spot for mid-sized operations — enough capacity to be commercial, not so big that power becomes an issue.

Straw/Grass Pellet Mills

CZLH series. Similar to the wood mills but with different die relief and roller configuration. Grass and straw are fibrous but also slippery — needs good grip. These are used in East Java for napier grass, in West Java for rice straw.

Notice the output is higher than wood on same motor size — grass compresses easier.

Cat Litter Pellet Mills

MSZLH series. These look similar to feed mills but often have stainless contact parts because some litter formulations are corrosive (tofu-based litter, for example). Used in Bandung for okara litter and in Jepara for wood-based litter.

Same frame sizes as feed mills, just configured for litter-specific requirements.

Fertilizer Pellet Mills

FZLH series. Stainless steel contact parts standard. Used for organic fertilizer (chicken manure, cow dung) and sometimes NPK. In Lampung and East Java, these are common in livestock operations turning waste into product.

Fertilizer generally pellets easier than biomass, so output per kW is higher.

These cover the main types of pellet making machine in Indonesia we supply, but it’s not the full list. We also do small lab-scale units, stainless steel machines for food/pharma applications, and custom configurations for unusual materials. If you don’t see what you need here, send us details on your raw material and target output. We’ll recommend something that fits.

We get this question almost daily. Someone’s been looking online, seen prices all over the place, and wants a straight answer. So here it is — rough ranges for different types of pellet making machine in Indonesia, based on what we’ve actually shipped there over the years. Keep in mind these are FOB Qingdao prices for the main machine with standard components. Shipping, import duty, and installation are separate.

First, the Small Machines

If you’re just starting out or testing a market, you’re probably looking at the smaller end. The small pellet machine price in Indonesia for a basic setup varies by what you’re processing:

• Small feed pellet machine price in Indonesia for an SZLH250 (1-1.5t/h on feed) usually runs around $6,500 to $8,500. That’s with a feeder, conditioner, and basic control panel.
• Small wood pellet machine price in Indonesia for an MZLH320 (0.2-0.3t/h on wood) is higher — $13,500 to $16,500 typically. Wood machines need forced feeders and heavier construction, so they cost more even at small sizes.
• Small grass pellet machine like the CZLH250 runs $7,000 to $9,000. Good for napier grass or rice straw trials.

These are complete single machines — you add a motor, wire it up, and you’re running. Most small buyers in Java start here.

Feed Pellet Machine Prices

For standard commercial feed pellet mill price in Indonesia questions, here’s the breakdown on our SZLH ring die series. These are what most poultry and livestock feed producers use.

The 420 is our best seller for medium feed mills in Indonesia — good balance of capacity and cost.

Wood Pellet Machine Prices

For biomass, the price of pellet making machine in Indonesia goes up because the machines are built heavier. These MZLH models include anti-bridging feeder and forced feeder standard — necessary for wood fiber.

The MZLH520 is common in Kalimantan and Sumatra for mid-sized wood pellet operations. Enough output for export without needing a huge power supply.

Grass Pellet Machine Prices

For grass, straw, and forage. CZLH series — similar to wood mills but with different roller geometry.

Dairy cooperatives in East Java often start with the CZLH420 for napier grass. Good capacity, reasonable price.

Cat Litter Pellet Machine Prices

MSZLH series. Similar frames to feed mills but often with stainless options for corrosive materials (tofu-based litter).

The MSZLH250 is popular for startups in Bandung making tofu-based cat litter.

Fertilizer Pellet Machine Prices

FZLH series. Stainless contact parts standard for corrosion resistance.

Layer farms in Lampung use these to turn chicken manure into organic fertilizer pellets.

A Few Notes on Pricing

These are starting points. The cost of pellet making machine in Indonesia for your specific project might be different because:

• Custom configurations — stainless steel, special dies, different motors
• Complete lines — adding dryers, hammer mills, coolers, conveyors changes the total
• Installation scope — some clients want turnkey, others handle their own setup
• Die and roller packages — we often recommend spares with the initial order

The ranges above cover the main types of pellet machine in Indonesia we supply, but it’s not everything. We also do small lab units, high-moisture machines for special applications, and custom builds for unusual materials.

If you want a quote for your specific situation — raw material, target output, site conditions — send us the details. We’ll come back with numbers that actually fit your project.

This comes up a lot, especially from customers in South Sulawesi, West Java, and Lampung where aquaculture is big. The answer depends on what kind of fish feed you’re making — sinking or floating — because they use different machines. Let’s break it down.

First, the Two Main Types

There’s confusion sometimes between fish feed pellet making machine in Indonesia searches. Some people want the standard ring die pellet mill for sinking feed. Others need an extruder for floating feed. They’re different machines, different processes, different price ranges.

1.Sinking Fish Feed Pellet Machines

For sinking pellets — the kind that go straight to the bottom — a standard ring die pellet making machine in Indonesia works fine. These are our SZLH feed mills, same as what poultry producers use. The pellets are dense, sink quickly, and work well for many freshwater fish and some shrimp applications.

The fish feed pellet making machine in Indonesia for sinking feed ranges from about $6,500 for a small unit up to $85,000 for a large production machine. Here’s the breakdown by size:

• Small sinking feed lines (SZLH250, 1-1.5 t/h): $6,500 – $8,500
• Medium commercial lines (SZLH320 to SZLH420, 3-12 t/h): $15,000 – $33,000
• Large industrial lines (SZLH508 to SZLH768, 15-40 t/h): $38,000 – $85,000

A customer in South Sulawesi running a medium shrimp feed operation would typically look at the SZLH420 range — good capacity, reliable, and not overkill for their scale.

2.Floating Fish Feed Extruder Machines

Floating feed needs an extruder. The process cooks the starch, expands it, and creates pellets that float for minutes or hours. This is what tilapia, carp, and many shrimp farmers prefer because they can see the fish feeding and reduce waste.

The floating fish feed extruder machine prices in Indonesia vary widely because you’ve got single-screw and twin-screw options, different capacities, and different levels of automation. General range: $5,000 to $300,000 USD.

Twin-Screw Extruders (Large Scale)

Twin-screw gives you better control over density and expansion — important for high-quality floating feed. These are what larger commercial operations use.

The SPHS120 models are popular in Indonesia for medium to large fish feed operations. Good balance of output and cost.

Single-Screw Extruders (Small to Medium)

Single-screw is simpler, cheaper, and works well for many floating feed applications. Two types: dry extruder (no steam preconditioner) and wet extruder (with steam conditioning).

Dry Single-Screw Extruders
Simpler setup, lower cost. Good for smaller operations.

Wet Single-Screw Extruders
Includes a conditioner for steam addition — better gelatinization, better pellet quality.

The price of fish feed extruder machine in Indonesia for a small startup might be the DGP-90B — under $12,000, can produce 200-400kg per hour of floating pellets. Enough for a small cooperative or family operation.

Complete Lines vs Single Machines

The ranges above are for the extruder or pellet mill alone. Many customers searching for fish feed pellet machine in Indonesia actually need a whole line: grinder, mixer, extruder/pellet mill, dryer, cooler, oil coater. A complete small floating feed line (200-400kg/h) might run $25,000-$40,000 all in. A medium commercial line (1-2t/h) $80,000-$150,000. Large industrial lines $200,000+.

A Few Practical Notes

• Sinking feed is simpler equipment, lower cost per ton. Good for catfish, some freshwater species.
• Floating feed needs extruder, dryer, often oil coater — more equipment, higher investment. But farmers pay more for floating feed.
• Shrimp feed often needs very small pellets (1.5-2mm) and good water stability. Twin-screw extruders handle this better.
• Pet food (dog, cat) uses similar extruders but different formulations.

The cost of fish feed pellet making machine in Indonesia for your specific project depends on your target output, whether you need floating or sinking, and how much of the line you want us to supply. The models above cover the main extruders and pellet mills we ship to Indonesia, but we also do custom configurations — stainless steel for shrimp feed, different screw profiles for high-fiber ingredients, etc.

If you want a quote for your specific setup — what fish, what output, what budget — send us the details. We’ll recommend something that fits.

I’ve visited several mills in Riau with exactly this situation. Palm shells and fiber are completely different animals. Shells are dry at 12-15% moisture and just need crushing before they’ll run through any standard biomass pellet mill. Fiber comes out of the press at 50-60% moisture and needs serious drying plus finer grinding.

For 2 tons per day total output, you’re looking at something like our MZLH350. That’s a 37kW unit that does 0.3-0.5 tons per hour on palm materials. The same pellet making machine in Indonesia can handle both if you process them separately, but you’ll need two different preparation lines. The shells go through a crusher then straight to the mill. The fiber needs a shredder, dryer, and hammer mill first.

One client in North Sumatra runs this exact setup — they process shells in the morning, fiber in the afternoon. The key is having quick-change dies and keeping the fiber dry enough. We hardened the dies for them because palm fiber has silica that wears standard steel quickly.

Price for just the MZLH350 pellet mill runs $20,000-$28,000 FOB. The full system with dryer and shredder is a different conversation — more like $150,000-$200,000 for a complete 0.5 t/h fiber line.

With 100,000 layers, you’re probably going through 5-6 tons of feed daily. Making your own absolutely saves money — we’ve seen customers cut feed costs by 15-20% after installing their own line.

For 3-4 tons per hour of layer feed (4-4.5mm pellets), our SZLH350 is the right fit. That’s a 55kW ring die mill that runs 5-6 t/h on standard feed formulations, so you’ll have some room to grow. The pellet mill itself runs $24,000-$32,000 FOB.

But you mentioned you’re buying feed now, which means you don’t have grinding or mixing equipment yet. A complete feed production line for sale in Indonesia at this capacity includes a hammer mill (SFSP series), horizontal mixer (SLHJ2A or similar), the SZLH350 pellet mill, a counterflow cooler, and a screening system. That package runs $80,000-$250,000 depending on automation.

I’d recommend coming to see one of our installations in Java — there’s a layer operation near Malang running this exact setup. They’re producing 4 t/h consistently and told us their payback was under 18 months.

Good question, and it matters. Shrimp feed needs smaller pellets — 1.5 to 2mm typically — and they have to hold together in salt water for at least 30 minutes without disintegrating. Regular floating fish feed machines often can’t achieve that water stability.

You have two paths here. For sinking shrimp feed, a standard ring die feed pellet granulator like our SZLH320 can work if you use fine dies (2mm) and add a longer conditioner for better gelatinization. Many shrimp farms in South Sulawesi use this approach. The SZLH320 runs $15,000-$18,000 for just the mill.

For floating shrimp feed, you need an extruder. Our twin-screw SPHS series gives you the control over density and expansion that shrimp feed requires. A complete 1-2 t/h shrimp feed production line for sale in Indonesia with twin-screw extruder, dryer, cooler, and oil coater runs $150,000-$250,000.

We’ve supplied several of these to clients in South Sulawesi. One operation near Makassar started with a sinking feed line and later added a twin-screw extruder when they wanted to produce floating feed for higher-value species.

Absolutely, and we’ve done this for several plywood and furniture operations. The mix of materials is actually ideal — sawdust (already fine), offcuts (need chipping), sanding dust (very fine). You’ll get consistent pellets with good density.

For 4 tons per hour output, you’re looking at our MZLH678 or possibly two MZLH520 units running parallel. The MZLH678 is a 185kW biomass pellet mill that does 2.5-3 t/h on wood, so one might be slightly undersized for 4 t/h continuous. Many clients in your situation install two MZLH520s (132kW each, 1.5-2 t/h per unit) so they have redundancy — if one needs maintenance, they still produce.

The pellet mills themselves run $42,000-$55,000 each for the MZLH520, or $60,000-$75,000 for the MZLH678. But you’ll also need a chipper for the offcuts (XPJ series, $35,000-$50,000), possibly a hammer mill for any oversize material, a cooler, and a screen. Complete wood pellet factory equipment for sale in Indonesia at 4 t/h runs $300,000-$500,000 depending on whether you need drying (your sawdust might be dry enough, but offcuts could be wet).

One thing I’ll mention — sanding dust is very fine and can bridge in bins. We add anti-bridging feeders on the pellet mill inlet for clients with significant sanding dust. Worth considering.

With 500 goats, you’re probably not generating 4 tons per hour of manure — more like 1-2 tons per day total. A 4 t/h line would be massive overkill. Let’s scale this appropriately.

Goat manure needs composting first (30-45 days) to kill weed seeds and stabilize nitrogen, then drying to 25-30% moisture, then pelleting. For your volume, a small organic fertilizer line makes more sense.

Look at our FZLH250 fertilizer pellet mill. It’s 22kW, does 1-1.5 t/h on composted manure, and runs $8,000-$10,000 for just the mill. A complete 1 tph organic fertilizer pellet plant for sale in Indonesia with composting turner, dryer, crusher, mixer, and pellet mill would run $45,000-$70,000.

We’ve done several of these for goat and sheep farms in Java. The pellets sell well to vegetable farmers as organic fertilizer. One client near Yogyakarta told us they recovered their investment in 14 months just from manure sales.

For sawdust at that moisture, you’re in good shape — 15-20% is right in the sweet spot for wood pelleting.

You don’t need a dryer, which saves a lot on upfront cost. A small to medium pellet mill in Indonesia like our MZLH320 (22kW) would give you 200-300kg per hour, enough to process what a typical furniture shop generates.

Complete with forced feeder and control panel, that machine runs around $13,500-$16,500 FOB. If you have more volume, the MZLH420 (90kW) at $26,000-$32,000 would give you 1-1.2 tons per hour.

Different materials, different approaches. Shells are dry, hard, and grind easily — they’ll run through a standard biomass pellet press in Indonesia like our MZLH520.

EFB is wet, fibrous, and needs serious preprocessing — shredding, drying, fine grinding. You can run both through the same pellet mill if you process them separately, but you’ll need different die configurations and probably different grinding setups ahead of the mill.

Most plantations set up parallel lines: one for shells (simpler, cheaper), one for EFB (more equipment, higher investment). A complete EFB pellet plant in Indonesia with dryer and shredder starts around $450,000 for 2-3t/h output.

Sometimes customers ask about pellet making machine in Indonesia prices but actually need a whole feed line. Here are rough ranges for complete setups:

Livestock Feed Lines (Ring Die)

• 1-2t/h: $30,000 – $60,000
• 3-4t/h: $60,000 – $200,000
• 5-6t/h: $80,000 – $250,000
• 10t/h: $170,000 – $320,000
• 15t/h: $240,000 – $400,000
• 20t/h: $440,000 – $600,000
• 30t/h: $600,000 – $700,000
• 40t/h: $700,000 – $800,000
• 60t/h and above: $1,100,000+

Small Flat Die Lines (mash + pellets)

• 1t/h mash + 0.2-0.3t/h pellets: $12,000 – $15,000
• 1t/h mash + 0.5-0.6t/h pellets: $13,500 – $16,000
• 1t/h mash + 0.8-1.0t/h pellets: $15,000 – $17,500

Alfalfa/Grass/Straw Lines

• 0.3-2t/h: $37,000 – $62,000
• 0.5-4t/h: $80,000 – $200,000
• 1-6t/h: $99,000 – $220,000
• 2-10t/h: $190,000 – $400,000
• 3-12t/h: $220,000 – $450,000
• 4-20t/h: $300,000 – $620,000

These cover the main feed production line in Indonesia configurations we supply, but every project is different. Raw material type, moisture content, site conditions, automation preferences — all affect final pricing. If you don’t see your specific situation here, send us the details. We’ll come back with numbers that match what you’re actually planning to build.

Good question — and you’re right to ask about complete plant cost, not just the pellet making machine in Indonesia price. The machine itself is one part. The whole plant includes material reception, size reduction, drying (critical for tropical biomass), pelletizing, cooling, screening, bagging, and usually dust control. That’s where the wide price ranges come from.

Let’s break it down by capacity, with realistic ranges based on what we’ve actually supplied in Sumatra, Kalimantan, and Java.

Complete Biomass Pellet Plant Price Ranges

These are for complete operating lines — from raw material infeed to bagged pellets. The low end of each range assumes simpler automation, minimal site prep, and maybe some equipment sourced locally for conveyors and structural steel. The high end includes full PLC control, European-standard safety systems, more robust dust collection, and often a larger dryer relative to pellet mill capacity.

Why Such Wide Ranges?

You’ll notice the 2.5-3.0 T/H range you’re asking about goes from $78,000 to $350,000. That’s not us being vague — it’s because a biomass pellet plant in Indonesia can be configured very differently depending on:

1. Raw Material

• Palm kernel shells: Already dry (12-15% moisture), need only grinding and pelleting. Cheaper plant.
• EFB: Wet (60%+), needs shredding, drying, fine grinding. Much more equipment, higher cost.
• Mixed wood: Depends on whether it’s sawmill waste (drier) or logs (need chipping, drying).

2. Drying Requirements

• No dryer: If your material is already under 18% moisture, you save $50,000-$200,000.
• Small drum dryer: $30,000-$80,000 added
• Large dryer with burner system: $100,000-$400,000 added

3. Automation Level

• Basic manual control: Lower cost, more labor
• PLC with remote monitoring: Higher cost, consistent quality, fewer operators

4. Site Conditions

• Flat land with existing power: Lower civil cost
• Remote location needing power plant and site prep: Adds significantly

5. Output Specifications

• Industrial pellets for export: Need cooling, screening, sometimes polishing
• Local boiler fuel: Can get away with simpler system

What’s Included in a Complete Plant?

A typical pellet production line in Indonesia for biomass includes:

• Reception system — receiving pit, conveyor, magnet to remove metal
• Size reduction — hammer mill or chipper depending on feedstock
• Drying system — rotary drum dryer with burner (if needed)
• Pellet mill — the core pellet making machine in Indonesia (MZLH series for biomass)
• Cooling system — counterflow cooler to bring pellets to ambient temp
• Screening — remove fines, return to process
• Bagging system — manual or automatic
• Dust collection — cyclones and filters throughout
• Control system — from basic panel to full PLC

Real Examples from Indonesia

• Small operation in Jepara (furniture waste, 0.5t/h, no dryer): ~$45,000 complete
• Medium palm shell plant in Riau (2t/h, shells only, basic automation): ~$120,000
• EFB plant in Sumatra (3t/h, with dryer, full line): ~$320,000
• Export wood pellet plant in Kalimantan (6t/h, complete with storage): ~$550,000

For Your 2.5-3.0 T/H Plant

With palm shells as primary feedstock (dry), you’re on the lower end of the range — probably $80,000-$150,000 for a good basic plant. If you want to process EFB alongside shells, add $100,000-$200,000 for the drying and shredding equipment.

The biomass pellet plant Indonesia price for your specific setup depends on exactly what materials you’ll run, how much automation you want, and whether you have existing infrastructure (power, buildings, scales).

These ranges cover the main configurations we supply, but every pellet plant in Indonesia we build is customized to the client’s raw material and site. If you want a firmer number for your situation — send us details on your feedstock mix, moisture content, target capacity, and site conditions. We’ll work up a budget quote that reflects what you’ll actually need.

Good timing — we’re seeing more poultry operations in Lampung and Java make this move. Feed is your biggest cost, and pelleting improves FCR enough that it often pays for itself within a year or two. Let’s break it down both ways: just the pellet mill if you already have grinding and mixing, and complete lines if you’re starting fresh.

Single Pellet Machine Prices (Add-On to Existing Setup)

If you already have grinding and mixing capacity, you just need the chicken feed machine in Indonesia that does the pelleting. Our SZLH series ring die pellet mills are what most poultry operations use. They take conditioned mash from your mixer and compress it into durable pellets.

For your 50,000 birds, you’re probably looking at 2-3 tons per day of feed. The SZLH250 (1-2t/h) at $6,500-$9,000 would be plenty — you’d run it a few hours a day and be done. That’s a pretty low entry cost for a poultry feed making machine price in Indonesia.

Complete Feed Production Line Prices

If you’re starting from zero — or want to produce for neighbors and build a business — you need the whole system: grinding, mixing, pelleting, cooling, bagging. These are complete animal feed making machine price Indonesia ranges for turnkey lines.

The wide range at each capacity comes down to:

• Automation — manual controls vs PLC with recipe management
• Batching accuracy — simple volumetric vs precise weighing
• Conditioning — basic vs long retention for better gelatinization
• Post-pelleting — crumbler for starter feed, coating for specialty
• Building and steel — some clients have structures, some need us to supply

What’s the Right Choice for You?

With your existing grinder and mixer, adding a pellet making machine in Indonesia makes sense. You’re looking at $7,000-$9,000 for a machine that will pellet your current mash. You’ll also need a small cooler — maybe $3,000-$5,000 extra — because pellets come out hot and need to cool before bagging.

If you eventually want to supply other farms, a complete 1-2t/h line at $30,000-$60,000 would let you start fresh with everything matched properly. Several customers in Java have done exactly that — started with a single pellet mill, then upgraded to a full line when they saw the demand.

A Note on Feed Types

The same poultry feed making machine in Indonesia handles broiler feed (3-3.5mm pellets), layer feed (4-4.5mm), and even starter crumbles if you add a crumbler after the cooler. Die changes are straightforward — 15-20 minutes for an experienced operator.

For your 50,000 broilers, you’d run a typical formulation: corn, soybean meal, fishmeal, premix. The SZLH250 will handle that easily.

Other Options

If you’re also thinking about fish or shrimp feed down the road, the same basic feed mill machine in Indonesia can work with die changes, though floating feed needs an extruder (different equipment entirely). Something to consider if you’re in an area with aquaculture potential.

These ranges cover the main animal feed making machine price Indonesia configurations we supply. If you want a firmer number for your specific situation — existing equipment details, target output, species — send us the information. We’ll work up a quote that fits.

Pig manure is wetter than goat or chicken manure — fresh stuff can be 80%+ moisture. You’ll need solid-liquid separation first, then composting the solids, then drying, then pelleting.

For 3 tons per hour output of finished fertilizer pellets, you’re looking at a substantial investment. The pellet mill itself would be our FZLH420 or FZLH520. The FZLH420 (90kW) does 6-8 t/h on fertilizer, so it’s oversized for 3 t/h but runs easily. That mill runs $28,000-$33,000.

The real cost is in preprocessing. You’ll need:

• Screw press separator ($15,000-$25,000)
• Composting system (turners, pads — $20,000-$50,000)
• Dryer (manure needs drying to 25-30% — $40,000-$80,000)
• Crusher for clumps ($8,000-$15,000)
• Cooler and screen ($15,000-$25,000)

A complete 3 tph manure pellet production line in Indonesia runs $180,000-$280,000 depending on automation. Several large pig operations in North Sumatra have done this — they treat manure as a revenue stream, not a waste problem.

Pelleted animal bedding is growing in Indonesia — horse owners like that it’s more absorbent and less dusty than loose straw. Rice straw works well for this.

For 3 tons per hour, you’ll need our CZLH520 grass/straw pellet mill. That’s a 132kW unit that does 2.8-3 t/h on straw. Price $46,000-$55,000 for the mill.

But straw prep is critical. Rice straw comes in bales at 15-20% moisture if stored properly. You’ll need:

• Bale breaker ($8,000-$15,000)
• Hammer mill with 6-8mm screen for coarse grind ($15,000-$25,000)
• Conditioner (optional, but helps with binding — $5,000-$10,000)
• Cooler and screen ($15,000-$25,000)

Complete line around $90,000-$130,000. The pellets should be 6-8mm diameter — big enough to provide bedding volume, small enough to handle easily.

We’ve supplied similar lines for clients in East Java using corn stalks and rice straw. One operation sells their bedding pellets to riding stables in Jakarta and Bandung.

Sun drying works until it rains — then you lose product. A proper dryer gives you consistent quality and lets you dry year-round.

For 500kg per day of fresh vegetables (which might yield 50-100kg dried depending on moisture content), our DHG-400 belt dryer is a good fit. That’s a 5-layer electric-heated unit with 13m² drying area, running $13,000-$22,000.

The DHG-400 has temperature control so you can set different zones — lower at entry to avoid case hardening, higher in the middle. For chilies, you’ll dry at 60-70°C typically.

If you’re also doing fruits like mango or banana for snacks, the same food drying equipment in Indonesia works — just adjust temperature and dwell time. We’ve supplied these to small food processors in Java and Bali.

For larger volumes, look at the DHG-500 ($18,000-$30,000) or QHG series steam-heated models if you have boiler capacity.

Starting at 0.5 t/h is smart — enough to be commercial without huge risk. For floating tilapia feed (2-3mm pellets), you’ll need an extruder, not just a feed granulator machine.

Our DSP-90B single-screw wet extruder is designed for this scale. It’s 37kW, does 0.5-0.6 t/h, and runs $18,000-$24,000 for the extruder alone.

But floating feed needs more than an extruder. Complete line includes:

• Hammer mill (SFSP56*40, $5,500-$8,500)
• Mixer (SLHJ1A, $4,500-$6,500)
• Extruder (DSP-90B, $18,000-$24,000)
• Belt dryer (DHG-400, $13,000-$22,000)
• Oil coater (optional, $8,000-$12,000)
• Cooler and screen ($10,000-$15,000)

Total investment $60,000-$90,000 for a complete floating fish feed line. Several startups in West Java have done exactly this and grown to 2-3 t/h within a few years.

One tip — start with a simple formulation (fishmeal, soybean, rice bran) and perfect your process before adding complexity. We can help with recipes based on local ingredients.

RDF (refuse-derived fuel) from municipal waste is challenging — the material is heterogeneous and contains plastics, paper, textiles, and contaminants. But it’s doable with the right preprocessing.

For 4 t/h RDF pellets, you’re looking at:

• Primary shredder (industrial shredder, $40,000-$80,000)
• Magnetic separator ($5,000-$10,000)
• Secondary shredder/hammermill ($25,000-$40,000)
• Dryer (waste can be wet — $60,000-$120,000)
• Pellet mill with wear-resistant dies (MZLH678 or two MZLH520s, $60,000-$150,000)
• Cooler and screen ($20,000-$30,000)
• Dust collection ($15,000-$30,000)

Total investment $250,000-$450,000 depending on automation and whether you need extensive sorting equipment.

The pellet mill itself needs hardened components — waste materials are abrasive. Our MZLH series for RDF uses chrome-nickel alloys and larger die relief.

We’ve consulted on several RDF projects in Indonesia but only supplied full lines when the client had consistent, relatively clean industrial waste. Municipal waste with high contamination is harder — the preprocessing becomes the main investment.

Yes, waste paper pellets well. Paper is dry (8-10% moisture), consistent, and compresses easily. The pellets burn well in industrial boilers.

For 2 t/h, our MZLH520 biomass pellet mill is perfect. 132kW, does 1.5-2 t/h on paper, runs $42,000-$55,000.

You’ll need:

• Shredder or hammer mill to reduce paper to 3-5mm particles ($15,000-$25,000)
• The pellet mill
• Cooler ($8,000-$12,000)
• Screen ($3,000-$5,000)

Total around $70,000-$100,000. No dryer needed — paper is already dry.

One client in Jakarta uses waste cardboard and office paper to produce pellets for a local textile factory’s boiler. They charge less than coal, the factory saves money, and everyone wins.

For cardboard specifically, same equipment works. Cardboard is slightly tougher to grind but pellets well. A 2t/h Cardboard pellet making machine in Indonesia setup is essentially identical.

For industrial fuel pellets, consistency matters more than premium quality. Your customers (or your own boiler) just want consistent heat value and low ash.

For 2 t/h from mixed wood waste, our MZLH520 at $42,000-$55,000 is the core. Complete line with chipper, hammer mill, cooler, screen runs $120,000-$180,000.

If you’re blending different materials (wood, husk, maybe some paper), we’ll add a mixer before the pellet mill to ensure uniformity. The SLHJ2A mixer ($6,800-$9,500) does 1000kg batches.

One advantage of producing your own fuel — you control the cost. Several factories in Java now run their boilers on self-produced pellets from their own waste streams.

Tire-derived fuel is usually shredded tire pieces, not pellets. Tires don’t pellet well — they’re too elastic and have steel belting. The standard approach is shredding to 25-50mm chips, not pelleting.

If you’re asking about pellets from rubber, that’s a different process (devulcanization, compounding) that’s beyond standard biomass pelleting. We don’t typically recommend pellet mills for pure rubber.

However, some operations mix shredded tire rubber with biomass (sawdust, etc.) at low percentages to create a blended fuel. That can work through a pellet mill if the rubber content is under 10-15%. The pellet mill needs hardened dies, and output will be lower than pure biomass.

For a 2 t/h blended line, budget $150,000-$250,000 including shredder, mixer, and pellet mill with special dies.

Activated carbon pellets are a specialty product — you’re starting with charcoal (already carbonized) and pelleting with a binder before activation.

For 2 t/h, our FZLH520 fertilizer mill works well because it’s designed for materials with binders. Stainless steel contact parts recommended. Price $42,000-$48,000 for the mill.

You’ll need:

• Charcoal grinder (hammer mill with fine screen, $15,000-$25,000)
• Binder mixer (ribbon or paddle mixer, $8,000-$15,000)
• Pellet mill
• Dryer (for green pellets before activation, $30,000-$50,000)
• Screening ($5,000-$8,000)

Complete line $120,000-$180,000. Activation kiln is separate — we don’t supply those.

We’ve done several of these in Southeast Asia for coconut shell charcoal producers. The pellets are used in water filtration and air purification.

For wood-based animal bedding, you want absorbent pellets that break down somewhat when wet. Not too hard — they should crumble slightly to create a soft surface.

Our MSZLH250 or MSZLH320 cat litter pellet mills work well for this. They’re designed for absorbent materials. The MSZLH320 (37kW) does 3-4 t/h, so it’s plenty for 2 t/h. Price $15,000-$18,000.

You’ll need:

• Hammer mill to reduce shavings to 3-4mm ($10,000-$15,000)
• Conditioner (optional, but helps binding — $5,000)
• Pellet mill
• Cooler ($8,000-$12,000)
• Screen ($3,000-$5,000)

Total $45,000-$65,000. Pellets should be 6-8mm diameter.

One stable near Jakarta installed this and now sells bedding to other stables — turned a cost center into a small business.

For 5 t/h of aquafeed, you need different lines for shrimp (small pellets, high water stability) and fish (floating or sinking). Many clients run parallel lines.

For shrimp feed (1.5-2mm sinking pellets):

• Fine grinder (SFSP series with 0.8mm screen, $25,000-$35,000)
• Mixer (SLHSJ4.0, $10,000-$14,000)
• Conditioner (long retention, $15,000-$20,000)
• Pellet mill with fine dies (SZLH420 or SZLH508, $28,000-$45,000)
• Crumpler (to break pellets to size, $12,000-$18,000)
• Dryer/cooler (belt dryer, $40,000-$70,000)
• Screening and bagging ($15,000-$25,000)

For floating fish feed (2-4mm):

• Similar front end
• Twin-screw extruder (SPHS120, $55,000-$70,000)
• Belt dryer (larger, $50,000-$80,000)
• Oil coater ($15,000-$25,000)

Complete 5 tph aqua feed production line for sale in Indonesia with both capabilities runs $400,000-$700,000 depending on automation and whether you include storage, dust control, etc.

We’ve done several of these in South Sulawesi. The key is getting the conditioning and drying right — tropical humidity makes drying critical.

For extruded floating feed, a counterflow cooler is standard. Our GFZL series runs 2-15 t/h, prices $15,000-$40,000 depending on capacity.

The counterflow design gently cools pellets without cracking them. Ambient air is pulled up through the pellet column — most efficient cooling with least breakage.

For smaller lines (under 2 t/h), a vertical cooler works. For larger, we recommend the counterflow.

We also supply fish feed bagging machine for sale in Indonesia — DCS series automatic weighers from $7,500-$20,000 depending on speed.

For sinking feed, you don’t need an extruder — a standard ring die pellet mill works fine. The SZLH420 (110kW) does 10-12 t/h on feed, so it’s oversized but will run easily at 2 t/h. Price $28,000-$33,000.

Complete 2 tph fish feed manufacturing plant in Indonesia:

• Hammer mill (SFSP66*60, $8,500-$14,000)
• Mixer (SLHJ2A, $6,800-$9,500)
• Pellet mill (SZLH420, $28,000-$33,000)
• Cooler (GFZL series, $15,000-$20,000)
• Screen ($3,000-$5,000)
• Bagging system ($7,500-$12,000)

Total $70,000-$100,000. Several catfish operations in Java run this exact setup.

Biochar pellets are easier than activated carbon because you don’t need the activation step. Biochar (from pyrolysis of biomass) is porous and benefits from pelleting for easier handling and application.

Same equipment as activated carbon without the activation requirement. Our FZLH520 at $42,000-$48,000 with stainless steel contact parts.

Biochar needs binder usually — bentonite clay or starch works. Mix at 5-10% before pelleting. The pellets improve soil water retention and carbon content.

Complete line $100,000-$150,000. Several clients in Sumatra are doing this with rice husk biochar.

No, same machine — just different die sizes and maybe different conditioning. Broiler feed is usually 3-3.5mm pellets, layer feed can be 4-4.5mm. With an SZLH series pellet mill in Indonesia, you change dies to switch sizes. The bigger consideration is mash vs pellets — some layer operations prefer mash.

If you want to produce both mash and pellets, your line needs a bypass so you can divert some material around the pellet mill. That adds to the feed plant in Indonesia cost but gives flexibility.

Napier grass at harvest is 65-70% moisture — you can’t pellet that. You need to wilt it in the field, then chop, then dry to under 18% before pelleting. So you’re looking at a chopper, a dryer (belt or drum), then the feed mill machine in Indonesia.

The CZLH420 grass based cattle feed pellet machine (90kW) does 2-10t/h on dry grass. A complete line with chopper, dryer, mill, cooler, and bagging runs $190,000-$400,000 for the 2-10t/h range. Several cooperatives in Malang have gone this route to preserve feed through dry season.

That’s a common move — vertical integration saves money once you have enough birds. For 3-5t/h of poultry feed, you’re looking at an SZLH350 or SZLH420 as the core feed pellet making machine in Indonesia. The 350 (55kW) runs 5-6t/h on feed, the 420 (110kW) does 10-12t/h.

A complete line with hammer mill, mixer, pellet mill, cooler, and control panel runs $80,000-$250,000 depending on automation level and whether you want batching scales or just continuous mixing. The 3-4t/h range is usually $60,000-$200,000.

Rice husk is tough on equipment — high silica content wears out dies faster than wood. You need hardened dies and regular rotation of spares. That said, plenty of rice mills in Indramayu and other regions run husk through our MZLH520 rice husk pellet machines.

Output is lower than wood, maybe 1.2-1.5t/h instead of 2t/h, because husk doesn’t compress as easily. The pellet production line in Indonesia for husk usually includes a hammer mill with wear-resistant hammers and a good dust collection system — husk makes fine dust.

We get this question a lot, and it’s important to clarify what “machine” means. If you’re searching for floating fish feed machine in Indonesia, sometimes you’ll see prices for just the extruder. But to actually make floating feed — consistently, with good quality — you need more than an extruder. You need a system.

A complete fish feed making machine in Indonesia for floating pellets includes:

• Grinder (hammer mill) to reduce raw materials to uniform size
• Mixer to blend ingredients
• Extruder (single or twin screw) to cook and shape the pellets
• Dryer to remove moisture after extrusion (critical for shelf life)
• Cooler to bring pellets to ambient temperature
• Oil coater (optional, for adding fats after drying)
• Control panel and conveyors between stages

The fish feed machine price in Indonesia for a complete line varies by capacity and whether you go with single-screw or twin-screw extrusion. Here’s the breakdown.

Complete Lines with Single-Screw Extruder

Single-screw lines are simpler, lower cost, and work well for many freshwater fish applications — tilapia, carp, catfish. They’re what smaller to medium producers in West Java and Sumatra often start with.

The fish feed production machine in Indonesia in the 500-600kg/h range is popular for regional producers supplying multiple districts. Good balance of investment and output.

Complete Lines with Twin-Screw Extruder

Twin-screw gives you more control over pellet density, better expansion, and handles higher fat formulations. This is what you need for shrimp feed, high-end floating fish feed, or if you want to produce both fish and pet food on the same line.

A double screw floating fish feed machine in Indonesia in the 1.5-2.0 T/H range is what we’ve supplied to several commercial feed mills in South Sulawesi. Enough capacity to supply hundreds of fish farmers, and the twin-screw gives them flexibility to make shrimp feed when demand shifts.

What Affects the Price?

The ranges above are for complete, functioning lines — everything you need to go from raw material to bagged floating feed. But several factors can move the price up or down:

• Raw material type — If you’re using mostly rice bran and local fishmeal vs imported ingredients, the grinding requirements differ
• Automation level — Basic manual controls vs full PLC with recipe management
• Dryer type — Belt dryers (gentler) vs vertical dryers (faster, cheaper)
• Building requirements — Some clients want us to include silos, dust collection, steel structures
• Installation scope — Supervised installation vs turnkey where we handle everything

The floating fish feed machine price in Indonesia for a specific project might also include spare parts, training, and dies for different pellet sizes.

Single Machine vs Complete Line

If you’re just starting very small — say 100-200 kg/h for your own farm — you might look at a single extruder and dry the pellets in the sun. That’s a much lower investment, maybe $15,000-$25,000 for the extruder alone. But the quality won’t be consistent, and you can’t scale.

Most commercial producers looking for fish feed machine in Indonesia want the complete line. They want consistent pellets, long shelf life, and the ability to sell to other farmers. That’s where the ranges above come in.

A Note on Smaller Capacities

For someone just entering the market, a 200-400 kg/h single-screw line in the $60,000-$80,000 range is often the sweet spot. Enough output to be commercial, not so big that the investment feels risky. We’ve put several of these into Java and Sumatra over the last few years.

The cost of floating fish feed machine in Indonesia for your project depends on your target capacity, the species you’re feeding (shrimp requires twin-screw), and how much of the system you want us to supply. The lines above cover the main configurations we ship to Indonesia, but we also do custom designs — different die configurations, stainless steel for corrosive ingredients, special preconditioning for high-starch formulas.

If you want a quote for your specific situation — target output, species, budget — send us the details. We’ll come back with numbers that match what you’re actually planning to build.

For 1 t/h broiler feed (3-3.5mm pellets), our SZLH250 (22kW) is perfect. Does 1-1.5 t/h, runs $6,500-$8,500.

Complete chicken feed mill plant:

• Hammer mill (SFSP56*40, $5,500-$8,500)
• Mixer (SLHJ1A, $4,500-$6,500)
• Pellet mill (SZLH250, $6,500-$8,500)
• Cooler (small vertical, $5,000-$8,000)
• Screen ($2,000-$3,500)
• Bagging (manual or semi-auto, $2,000-$5,000)

Total $25,000-$40,000. This is a common entry-level setup for farms wanting to control feed quality and cost.

Good question — and you’re smart to think about flexibility. Many customers in Indonesia start with one material and add others later. Our SFSP series water drop hammer mills are designed for exactly that: they handle grain, corn, soybean, rice husk, wood chips, even grass and straw, just by changing screens and making sure the material is dry enough.

Let me break down the models by size and give you realistic hammer mill price in Indonesia ranges based on what we’ve shipped there.

SFSP Series Hammer Mill Specifications and Prices

These are our heavy-duty water drop hammer mills. The name comes from the shape of the grinding chamber — helps eliminate recirculation and gives more uniform particle size. They take input material up to about 5cm (smaller for some models) and can grind down to anywhere from 0.5mm to 20mm depending on the screen you install.

Which Model for Your Mixed Application?

For a feed hammer mill Indonesia that can also handle wood occasionally, the SFSP66*60 or SFSP66*80 is a good sweet spot. Here’s why:

• SFSP66*60 (55-75kW): Does 5-7t/h on grain, 1-1.2t/h on wood. Enough for a medium feed mill, and the wood capacity lets you experiment with biomass without a huge investment. Price range: $8,500-$14,000.
• SFSP66*80 (75-90kW): 8-10t/h on grain, 2-2.5t/h on wood. More headroom if you plan to grow. Price range: $12,000-$18,000.

Both will handle corn, soybean, rice, and dried wood chips up to 5cm. The key is making sure wood is dry — below 15% moisture for best results. Wet wood gums up screens.

Why Prices Vary at Each Model

You’ll notice ranges at each size. That’s because:

• Motor choice — same frame can take different kW ratings
• Automation — basic starter vs soft start/VFD
• Screen packages — some customers want multiple screen sizes included
• Wear parts — extra hammers, screens, bearings for spares
• Special features — stainless steel for corrosive materials, explosion-proof motors for risky dust

Heavy Duty Options

If you’re mainly doing industrial hammer mill Indonesia work — continuous operation, tough materials — the SFSP66*120 and up are built for that. They’re what large feed mills and biomass plants in Kalimantan use. The SFSP66*120 (160-185kW) at $25,000-$35,000 runs 15-22t/h on grain, 4-6t/h on wood. Solid, reliable, runs 16-hour days without issues.

Grain Crusher Applications

For pure grain crusher machine Indonesia work — corn, soybean, wheat — even the smaller models work great. The SFSP56*40 at $5,500-$8,500 does 3-5t/h, perfect for a small farm or cooperative. Many chicken farms in Java start with this size.

A Few Practical Notes

• Screen changes take about 10-15 minutes. Going from grain (3mm screen) to wood (6mm screen) is straightforward.
• Hammer wear — wood wears hammers faster than grain. Keep spares. Our hammers are reversible; you flip them once one side wears.
• Dust collection — these mills create suction. You need a cyclone or filter on the outlet, especially for wood.
• Moisture matters — grain at 14% grinds fine. Wood over 18% starts to plug screens. If your wood is wet, you need a dryer first.

The hammer mill price in Indonesia for your specific setup depends on what materials you’ll run most, your target output, and whether you want extras like VFD control or stainless contact parts. The SFSP66*60 or *80 would handle your mixed grain+wood plan well.

If you want a quote for your exact needs — let us know primary materials, hours per day, and desired output size. We’ll recommend the right model and get you a firm price.

You’re sitting on material that should be revenue, not waste. A good drum chipper turns those offcuts and branches into consistent chips — 20-40mm typically — that can go straight to a board plant or feed a hammer mill for pellet production. The key is getting a machine tough enough for tropical hardwoods (they’re dense) and with a hydraulic feed system that pulls material in without you pushing it.

Our XPJ series drum chippers are what we send to Indonesia for exactly this application. Heavy-duty steel construction, hydraulic assist on the feed rollers, and knives made from 6GrW2Si tool steel that hold an edge on hardwoods.

XPJ Series Drum Chipper Specifications

These machines take logs, branches, slabs — anything up to the inlet size — and produce uniform chips. The hydraulic feed rollers grab the material and force it against the drum, where the knives slice it into chips. Screen size determines final chip dimension; we can customize from 20mm up to 40mm or larger.

Which Model for Your Operation?

For a sawmill in Kalimantan with mixed hardwood offcuts and branches, here’s how I’d think about it:

• Small to medium volume — If you’re processing maybe 5-10 tons per day of scrap, the XPJ680x300 at $22,000-$32,000 is a good entry. Takes logs up to 300mm diameter, 90kW motor, hydraulic feed. You’ll get consistent chips without babysitting it.
• Medium to high volume — If you’ve got a steady stream of material and maybe want to sell chips, the XPJ850x500 at $35,000-$50,000 handles 500mm logs, 132kW motor, 10 flying knives. That’s a serious industrial wood chipper Indonesia machine.
• High volume or large logs — The XPJ1200x500 or XPJ850x600 are for bigger operations. The 1200 inlet is wide — you can feed slabs and wide pieces without precutting. $48,000-$100,000 range depending on configuration.

Why Hydraulic Feed Matters for Tropical Hardwood

Hardwoods like mahogany, teak, and rubberwood are dense and can be slippery. Without hydraulic assist, they tend to bounce or stall in the feed chute. Our XPJ series uses variable-speed hydraulic rollers that sense the material and adjust grip. You don’t get the “push-push-stop” frustration that happens with manual feed chippers.

The knife configuration also matters. More knives mean more cuts per revolution, which gives you more uniform chips and higher throughput. The XPJ850x500 with 10 knives will out-produce a 2-knife machine of similar power by a lot on hard material.

What Affects the Price Range?

You’ll notice ranges at each model. That’s because:

• Motor voltage — 380V standard, but we can do 415V or 690V for Indonesia
• Control panel — basic starter vs soft start/VFD
• Screen size — custom screen openings for your target chip size
• Knife package — extra knives included with the machine
• Discharge configuration — height and direction of discharge belt

A Few Practical Notes from Installations

• Knife life — on clean hardwood, expect 20-40 hours between sharpening. Rotate knives, sharpen in sets. We stock spares.
• Maintenance — check hydraulic oil monthly. These machines run hard; keep it clean.
• Infeed — a short chain or slat conveyor feeding the chipper doubles your throughput. One person can feed continuously instead of stopping to lift.
• Output use — 20-40mm chips from this machine are perfect for board plants or as feed for a hammer mill if you’re making pellets.

The wood chipper price in Indonesia for your specific setup depends on your daily volume, max log size, and whether you want extras like conveyors or a bigger motor. The XPJ680x300 or XPJ850x500 are the sweet spots for most sawmills — enough capacity to make a difference, not so big that you’re over-invested.

If you want to talk through your material flow — how many tons per day, what sizes, end use — send us the details. We’ll recommend the right model and get you a firm price.

They’re right — the mixer is where quality starts. You can have the best pellet making machine in Indonesia in the world, but if your ingredients aren’t uniformly distributed before they hit the conditioner, your pellets will have inconsistent nutrition and some birds will get too much of one thing, not enough of another. Bad mixing shows up as fines, soft pellets, and variation in color.

We offer several mixer types because different applications need different mixing actions. Let me walk you through them with realistic feed mixer prices in Indonesia based on what we’ve shipped there.

SLHJ Series Single-Shaft Paddle Mixers

These are our workhorses for general feed production. Paddle mixers give you fast, gentle mixing — typically 60-90 seconds per batch — and handle a wide range of particle sizes without segregation. The SLHJ series has a two-layer paddle arrangement that moves material both radially and axially.

For a broiler operation starting out, the SLHJ2A (1000kg batch) at $6,800-$9,500 is a solid choice. That’s 1 ton per batch — enough for a medium farm. If you’re doing any premix or minerals that might corrode carbon steel, spring for the stainless version (SLHJ2B).

SLHSJ Series Dual-Shaft Paddle Mixers

These are faster and more aggressive — two shafts with paddles that overlap, creating a fluidized mixing zone. They’re what larger feed mills use when they need 30-60 second batch times and near-perfect uniformity (CV < 5%). Also good for sticky materials.

The chain drive on these (vs direct on SLHJ) gives you some flexibility in motor placement. Good if you’re tight on space.

SLHY Series Single-Shaft Ribbon Mixers

Ribbon mixers are simpler and cheaper, but slower and gentler. They work well for dry powders and grains where you don’t need intense shear. Common in smaller feed mills and for mixing grain-based rations.

Manual discharge is fine for small operations where you’re bagging directly. Pneumatic is better if you’re feeding into a bucket elevator or conveyor to a pellet mill.

STHJ Series High-Speed Molasses Mixers

If you’re doing ruminant feed with molasses, this is what you need. Regular mixers struggle with molasses — it’s sticky, heavy, and doesn’t distribute well. The STHJ runs at higher RPM and has a special paddle configuration to break up molasses and coat particles evenly.

These are continuous mixers, not batch — they sit above the pellet mill and feed conditioned material continuously. Stainless is worth it for molasses; cleaning is easier.

ZGH Series Rotary Drum Mixers

For small-batch premix or custom formulations — minerals, vitamins, additives — these drum mixers are simple and effective. Low cost, easy to clean, good for small volumes.

These are popular with chicken feed mixer machine Indonesia buyers who are doing small batches of specialty feed or mixing their own premix to save money.

Which Mixer for Your Operation?

For a startup broiler/layer mill in Central Java doing maybe 2-3 tons per hour, here’s what I’d suggest:

• Main mixer: SLHJ2A (1000kg batch, carbon steel) at $6,800-$9,500. Gives you fast mixing, good uniformity, and enough capacity.
• Premix mixer: ZGH-100 or ZGH-200 at $2,800-$4,000 for your small-batch vitamins and minerals.
• If adding molasses later: STHJ series, but you can start without it.

The SLHJ will handle corn, soybean, rice bran, fishmeal — your standard poultry ingredients — with CV under 5% in 90 seconds.

A Few Practical Notes

• Liquid addition — if you want to add oils or molasses in the main mixer, we can add spray nozzles. Tell us when you order.
• Wear — paddles eventually wear, especially with minerals. We stock spares.
• Cleaning — carbon steel is fine for dry feed. If you ever do high-moisture or corrosive ingredients, stainless is worth the upgrade.
• Scale integration — we can integrate the mixer with your batching system so it loads automatically.

The horizontal feed mixer Indonesia price for your specific setup depends on batch size, material (carbon vs stainless), and whether you want extras like liquid addition or automated discharge. The SLHJ series is where most medium feed mills start — good balance of cost and performance.

If you want to talk through your formulation — what ingredients, target batch size, how many batches per day — send us the details. We’ll recommend the right paddle mixer Indonesia and get you a firm price.

You’ve hit the exact reason most commercial fish feed operations move to mechanical drying. Sun drying works in theory, but in practice — especially in West Java with humidity and unpredictable rain — you end up with inconsistent moisture, mold risk, and a lot of labor. A continuous belt dryer Indonesia gives you control: set the temperature, set the dwell time, and every batch comes out at the same moisture.

Our belt dryers are used for fish feed, shrimp feed, pet food, fruits, vegetables, and even industrial materials. They’re gentle (no tumbling), energy-efficient (hot air recirculation), and fully adjustable.

DHG Series Electric Belt Dryers

These are our standard electric-heated models. Good for smaller to medium operations, or where steam isn’t available. Multi-layer design — 5 layers typically — so material drops from one belt to the next, turning over for even drying.

For your 500-800kg/h of extruded fish feed, the DHG-1000 is probably the right fit. 43m² drying area, adjustable temperature, 5-layer design. You’ll take pellets from 20% down to 8-10% consistently. Price range: $28,000-$45,000 depending on control options and extras.

QHG Series Steam Belt Dryers

If you have steam available from a boiler (common in larger feed mills), these are more efficient for high-volume drying. Same multi-layer design, but heated by steam coils instead of electric elements. Lower operating cost once installed.

The power numbers on steam models are just for the fans and drives — the heat comes from your steam system. Operating cost is usually lower than electric, but you need a boiler.

Beyond Fish Feed: Other Applications

The same food drying equipment in Indonesia works for many products. We’ve supplied belt dryers for:

• Fruits: Mango, banana, pineapple for snacks. Gentle drying, low temperature. A fruit dryer for sale in Indonesia in the DHG-500 range ($18,000-$30,000) handles 200-300kg fresh fruit per hour.
• Vegetables: Carrots, cabbage, onions for dehydration. The vegetable dryer machine Indonesia market is growing — exporters need consistent quality.
• Herbs and spices: Low-temperature drying preserves color and volatile oils.
• Pet food: Similar to fish feed — extruded kibble needs drying before coating.
• Cassava and other starches: For flour or chip production.

A food dehydrator industrial Indonesia operation doing multiple products might choose a mid-size steam model so they can adjust temperature range widely.

Key Features That Matter in Practice

Our belt dryers have a few design points that make a real difference in daily operation:

1. Multi-layer design
Five layers means material drops and turns three times during drying. No “hot side” — pellets dry evenly on all surfaces.

2. Zoned temperature control
You set different temperatures in different sections. Typically: lower at entry (to avoid case hardening), higher in middle, lower again at exit. This prevents wet centers and surface cracking.

3. Hot air recirculation
We recirculate air until it reaches humidity setpoint, then exhaust part and bring in fresh. Saves 30%+ energy compared to once-through systems.

4. PET mesh belts
Imported mesh belts — high airflow, easy to clean, long life. Important for food-grade applications.

5. Variable dwell time
Adjust belt speed based on moisture content and pellet size. Thick layer = slower speed.

6. Stainless steel construction
Full 304 stainless on product contact surfaces. No rust, easy washdown, meets food safety requirements.

What Affects the Price Range?

You’ll notice ranges at each model. That’s because:

• Control system — basic thermostat vs PLC with touchscreen and data logging
• Belt material — standard vs food-grade with special coatings
• Insulation — thicker insulation for higher efficiency (worth it in the long run)
• Cleaning features — CIP (clean-in-place) options for frequent product changes
• Exhaust treatment — cyclones or scrubbers if you need to control emissions

For Your Fish Feed Operation

With 500-800kg/h of extruded pellets, here’s what I’d recommend:

• DHG-1000 electric if you don’t have steam: $28,000-$45,000
• QHG-1000 steam if you have boiler capacity: $35,000-$55,000

Both will take your pellets from 20% moisture down to 8-10% consistently. You’ll eliminate mold risk, reduce fines, and be able to coat with oil immediately (oil sticks better to warm, dry pellets).

The fish feed dryer Indonesia market has moved almost entirely to belt dryers for floating feed — sun drying is just too unreliable for commercial quality.

A Note on Capacity

The numbers above are for fish feed. If you’re drying fruits or vegetables, capacity will be different because:

• Fruits start at much higher moisture (80-90%)
• You dry to lower final moisture (10-15% for shelf stability)
• Temperature is lower to avoid cooking

A fruit drying machine Indonesia operation might get 100-200kg/h output from the same dryer that does 500kg/h of fish feed.

The belt dryer machine in Indonesia price for your specific project depends on heating type, capacity, and automation level. The DHG-1000 or QHG-1000 are proven for fish feed in your output range.

If you want to talk through your specific product — moisture in/out, hours per day, available utilities — send us the details. We’ll recommend the right configuration and get you a firm price.

I hear this from almost every producer once they hit 2-3 tons per hour. Manual bagging seems fine at small scale, but at your volume, you’re losing money three ways: labor cost, inconsistent weights (giving away product), and the bottleneck when orders spike. A good pellet packing machine for sale in Indonesia pays for itself pretty fast.

Our DCS series automatic weighing and packing machines are what we send to Indonesia for wood pellets, feed, fertilizer — any granular or powder material. They weigh accurately (±0.2% dynamic), fill fast, and integrate with your existing conveyor system.

DCS Series Automatic Weighing Packers

These are single-station machines that automatically weigh and fill bags from 10kg to 50kg. You choose the feeding mechanism based on your material:

Which One for Wood Pellets?

For your 3t/h wood pellet operation, here’s how I’d think about it:

DCS-50K at $7,500-$11,000 does 5-6 bags per minute. At 25kg/bag, that’s 125-150kg/min, or 7.5-9t/h — plenty for your current output. Gravity feed works because wood pellets flow freely. One operator can hang bags and manage the sealer.

DCS-50P at $10,000-$15,000 uses a belt feeder, which is gentler on pellets if they’re fragile or have fines. Same speed range (6-8 bags/min). Belt feeders also handle materials that might bridge in a gravity chute.

DCS-50P*2 twin-station at $15,000-$20,000 gives you 10-12 bags/min — that’s 15-18t/h at 25kg/bag. More than you need now, but if you’re planning to grow, it’s future-proof.

Why Material Matters in Feeder Choice

The feeding mechanism is the key difference between models:

• Gravity (DCS-50W, DCS-50K) — Material drops straight into the bag. Simple, fast, low maintenance. Works for pellets, grains, anything that flows freely. Not for powders.
• Screw (DCS-50F, DCS-50FB) — An auger feeds material. For powders like flour, feed meal, or fine organic fertilizer. Prevents dust blowback.
• Belt (DCS-50P, DCS-50P*2) — A short belt conveyor meters material into the bag. Gentlest option — good for fragile pellets, coated products, or materials that might crush.

For your wood pellets, gravity or belt both work. If your pellets are standard density and hold together well, save money with the DCS-50K. If they’re a bit fragile or you have quality concerns, step up to the DCS-50P.

Accuracy That Saves Money

The DCS series uses load cells and PLC control to hit ±0.2% dynamic accuracy. What that means in real terms:

• At 25kg target, your bags will be within 50 grams either way
• Compare to manual filling, where you might be off by 200-300 grams to avoid underweight complaints
• On 100 tons, that’s 800kg of product you’re not giving away

The anti-shock mounting system isolates the scale from vibration — important when your packing line is near the pellet mill or cooler.

Complete System or Standalone?

These machines are standalone — you provide the infeed conveyor and outfeed (to a sealer/stitcher). We can supply the whole system if you need:

• Infeed hopper and conveyor — to buffer material from your silo
• Bag holder/clamp — manual or automatic
• Sealing — heat sealer for plastic, sewing machine for woven poly, or both
• Checkweigher — to verify weights before palletizing
• Palletizing — manual or robotic

Many customers start with just the weigher and add automation later. The DCS series integrates easily.

For Other Materials

The same feed packaging machine Indonesia works for:

• Poultry feed — DCS-50K or DCS-50P depending on mash vs pellets
• Fertilizer pellets — DCS-50K (organic fertilizer flows well)
• Powdered feeds — DCS-50F with screw feeder
• Premix — DCS-50FB stainless for hygiene

A wood pellet bagging machine Indonesia for 25kg bags is almost identical to a feed bagging machine in Indonesia — just different settings in the PLC.

What Affects the Price?

You’ll notice ranges at each model:

• Control system — basic PLC vs touchscreen with recipe storage
• Material contact — carbon steel vs stainless (stainless adds 20-30%)
• Bag clamp — manual vs automatic
• Spare parts — extra load cells, belts, seals included
• Voltage — 380V standard, but we can do 415V for Indonesia

For Your Operation

With 3t/h of wood pellets, the DCS-50K at $7,500-$11,000 is the sweet spot. You’ll:

• Replace 2-3 baggers per shift
• Get consistent 25kg bags every time
• Eliminate under/overweight giveaways
• Handle peak orders without overtime

One person can run the weigher and a sewing station. Your labor cost drops, accuracy improves, and you stop being the bottleneck.

The automatic weighing packing machine Indonesia price for your specific setup depends on whether you need stainless, what bag type you use (plastic woven needs heat sealer, paper needs sewing), and whether you want a complete system or just the weigher.

If you want to talk through your bagging line — current output, bag type, available space — send us the details. We’ll recommend the right pellet packing system for sale in Indonesia and get you a firm price.

You’ve identified exactly where many pellet producers lose quality. Fines in the bag mean farmers are paying for pellets but getting dust — and they notice. A proper vibrating screen for pellets in Indonesia after the cooler is standard practice in any professional operation. It removes the fines (which can go back to the pellet mill) and gives you clean, consistent pellets for your customers.

We offer two main types: SFJZ vibrating screens (simpler, lower cost) and SFJH rotary screens (gentler, multiple fractions). Let me break them down with realistic pellet screening machine for sale in Indonesia prices.

SFJZ Series Vibrating Screens

These are our basic vibrating screens. They use a self-balancing vibration mechanism — simple, reliable, low maintenance. Material moves across the screen surface at a 19° angle, with fines dropping through and good pellets carried over. Single or double deck options.

For your poultry feed operation, the SFJZ100*2C (double deck) at $3,500-$5,500 would be a good fit. 10-20t/h capacity, two decks let you separate both fines and oversize in one pass.

SFJH Series Rotary Screens

These are gentler — material moves in a horizontal circular motion rather than vibrating aggressively. Better for fragile pellets that might break with vibration. Also gives you better separation into multiple fractions (fines, good pellets, oversize).

The rotary motion is better if:

• Your pellets are fragile (some organic fertilizers, high-fat feeds)
• You need three fractions (fines, product, oversize for recrushing)
• You want quieter operation

Which One for Poultry Feed?

For standard poultry feed pellets (3-4mm diameter, moderate durability), either type works. Here’s how I’d decide:

Choose SFJZ vibrating screen if:

• You want lowest cost
• You only need to remove fines (single fraction)
• You have space for a slightly taller unit
• Your pellets are reasonably durable

Choose SFJH rotary screen if:

• You want to separate fines, product, and oversize
• You’re concerned about pellet breakage
• You prefer the quieter operation
• You might process different products (some fragile)

For your situation — poultry feed, 10-20t/h, fines complaints — the SFJZ100*2C at $3,500-$5,500 would solve the problem. Double deck means you catch both dust (bottom deck) and any broken pieces (middle deck), with good pellets coming off the top.

Why Screening Matters More Than You Think

The fines in your bags aren’t just a quality issue — they’re lost revenue. If 2% of your production is fines that you’re shipping as pellets, on 100 tons that’s 2 tons you sold at pellet price that cost you less to make (no pelleting cost). But farmers won’t pay pellet price for dust forever.

A good vibrating screen Indonesia gives you:

• Clean product — no dust in bags
• Fines recovery — send fines back to the pellet mill (they pellet better than raw material)
• Oversize separation — catch any fused pellets or clusters for recrushing
• Customer confidence — consistent quality builds reputation

Key Features That Matter

SFJZ Series:

• Self-balancing drive — no heavy foundations needed
• Quick-change screen frames — 10 minutes to swap screens
• No oil lubrication — cleaner operation
• Streamlined outlets — no material buildup

SFJH Series:

• Triangular belt drive with eccentric weights — smooth motion
• Elastic rear support — reduces vibration transfer
• Multi-deck options — up to three fractions
• Customizable — two decks, three decks, or two-inlet configurations

What Affects the Price?

You’ll notice ranges at each model:

• Number of decks — two decks cost more than one
• Screen material — stainless steel screen vs carbon steel
• Inlet configuration — standard vs custom (two inlets for dual lines)
• Motor voltage — 380V standard, 415V for Indonesia available
• Support structure — with or without stand

For Your Operation

With 10-20t/h of poultry feed, here’s what I’d suggest:

• SFJZ100*2C vibrating screen: $3,500-$5,500
• Place it after your cooler, before the bucket elevator to the bagging bin
• Use 2-3mm bottom screen for fines, 4-5mm top screen for oversize
• Route fines back to your mixer or directly to the pellet mill

You’ll immediately see cleaner pellets going into bags. Farmers will notice, and your complaints will drop.

The pellet grading screen Indonesia price for your specific setup depends on capacity, number of decks, and whether you need stainless steel for corrosive materials (like some organic fertilizers).

If you want to talk through your layout — what’s after the cooler, how you handle returns, target capacity — send us the details. We’ll recommend the right screen and get you a firm price.

You’ve heard right — EFB and palm fiber are nothing like wood or feed. They come in at 60-70% moisture, they’re fibrous and stringy, and they have abrasive silica content that chews up standard dies. A regular pellet mill in Indonesia will struggle with jamming, low output, and rapid wear.

Our MZLH series for biomass includes special configurations for palm materials: heavier construction, forced feeders (because fiber doesn’t flow), wear-resistant alloys on dies and rollers, and bigger roller gaps to handle the fiber length. We’ve been supplying these to plantations in Sumatra and Kalimantan for years.

MZLH Series Palm Fiber & EFB Pellet Mills

These are modified from our standard wood pellet mills with:

• Larger die relief (fiber expands after compression)
• Hardened chrome-nickel alloy dies (not standard steel)
• Reinforced roller assemblies
• High-torque forced feeders to pull material in
• Stainless steel contact areas where corrosion might occur

For a typical plantation starting with EFB, the MZLH520 at 1.5-2.0 t/h ($42,000-$55,000) is a common choice. Enough capacity to make a dent in your waste stream without requiring massive preprocessing investment.

The Reality: It’s Not Just the Pellet Mill

Here’s what many buyers miss when they search for palm shell pellet mill for sale in Indonesia — the pellet mill is the last step. For EFB and fiber, you need a whole system before it:

1. Shredding — Fresh EFB comes as large, wet clumps. You need a shredder to break it down to 50-100mm pieces. Our twin-shaft shredders run $30,000-$80,000 depending on capacity.

2. Drying — EFB at 60-70% moisture must be dried to 15-18% before pelleting. A rotary drum dryer (18m long, 2m diameter) with a biomass burner (using shells or fiber as fuel) runs $80,000-$200,000.

3. Fine grinding — After drying, you need a hammer mill to get fiber to 3-5mm particle size. Our SFSP series hammer mills for biomass run $15,000-$40,000.

4. Pelleting — Then the MZLH series pellet mill.

5. Cooling and screening — Another $20,000-$50,000.

So a complete palm fiber pellet machine in Indonesia line — meaning a whole plant — is a much bigger investment. The pellet mill itself is $42,000-$55,000 for the MZLH520, but the full system for 1.5-2 t/h of EFB pellets is more like $300,000-$500,000 depending on automation and whether you already have some infrastructure.

Why Palm Fiber Is Different

Moisture — You can’t pellet wet fiber. It compresses but then expands (springs back) and the pellets crumble. Drying is non-negotiable.

Fiber length — Long fibers wrap around rollers and block the die. You need consistent grinding to 3-5mm before the pellet mill.

Abrasion — Palm materials have silica. Standard dies wear out in weeks. Our hardened alloys last 6-12 months with proper operation.

Flowability — Dried fiber doesn’t flow like grain. It bridges in bins. You need anti-bridging feeders and forced in-feed.

What About Palm Kernel Shells?

Palm shells are different — they’re hard, dry (12-15% moisture), and pellet well. A palm shell pellet mill for sale in Indonesia is closer to a standard wood pellet mill. Shells need crushing first (to 3-5mm), then they run through the same MZLH series but with different die configuration.

Many plantations run both: shells (easier, lower investment) and EFB (more complex, higher investment). The shells alone can justify the equipment; EFB is the volume play.

Price Ranges Explained

You’ll notice ranges at each model:

• Die material — standard vs hardened alloy (adds 20-30%)
• Roller configuration — standard vs reinforced
• Control panel — basic vs PLC with touchscreen
• Spare parts package — extra dies, rollers, bearings
• Motor voltage — 380V standard, 415V for Indonesia

The MZLH520 at $42,000-$55,000 is for the pellet mill complete with forced feeder, anti-bridging hopper, and control panel. FOB Qingdao.

For Your Plantation

If you’re serious about EFB pellets, here’s the realistic path:

1. Start with shells — They’re easier, lower investment. An MZLH520 for shells ($42,000-$55,000) plus crusher, cooler, screen gets you producing quickly.
2. Add EFB capability later — Once you have revenue from shells, invest in the shredder, dryer, and hammer mill for EFB.
3. Full EFB line — For 2 t/h EFB pellets, budget $400,000-$500,000 for the complete system including dryer.

Several plantations in Riau have done exactly this — started with shells, then added EFB when they proved the market.

The palm fiber pellet machine in Indonesia price for just the pellet mill is $15,000-$85,000 depending on size. But the complete system is a bigger conversation.

If you want to talk through your specific situation — how much EFB you generate, what shells you have, target capacity — send us the details. We’ll recommend the right equipment and give you a realistic budget for the whole line.

Rice husk is challenging — high silica wears equipment. But many plants run it successfully with proper dies.

For 3 t/h mixed biomass:

• Hammer mill with wear-resistant hammers (SFSP66*100, $18,000-$25,000)
• Dryer if wood is wet (rice husk is dry, wood may need drying — $40,000-$80,000)
• Pellet mill with hardened dies (MZLH678, $60,000-$75,000)
• Cooler ($15,000-$25,000)
• Screen ($5,000-$8,000)
• Bagging ($10,000-$15,000)

Total $150,000-$250,000 depending on drying needs and automation.

Several clients in Java run rice husk through our MZLH520s. Die life is shorter than wood — typically 6-8 months vs 12+ for wood — but the fuel is nearly free.

For export, you need consistency — uniform size, low ash, high durability. That means good drying, fine grinding, and proper cooling.

Equipment list:

• Chipper (XPJ850*500, $35,000-$50,000)
• Hammer mill (SFSP66*120, $25,000-$35,000)
• Dryer (rotary drum, 18m, $80,000-$150,000)
• Pellet mills (two MZLH520 or one MZLH678, $80,000-$150,000)
• Cooler (counterflow, $20,000-$30,000)
• Screen ($5,000-$8,000)
• Bagging system ($15,000-$25,000)
• Dust collection ($15,000-$30,000)
• Control system ($15,000-$40,000)

Total $350,000-$550,000 depending on automation and whether you need storage silos.

We’ve supplied several of these in Kalimantan. The key is matching dryer capacity to pellet mill capacity — undersized dryer is the most common bottleneck.

You need flexibility. Our CZLH series for biomass handles fibrous materials (stalks, straw) well, and the same machine with die change can do shells.

For 2-3 t/h, the CZLH520 (132kW) at $46,000-$55,000 is a good choice. It’s designed for high-fiber materials with forced feeder to prevent bridging.

Complete forestry waste pellet plant for sale in Indonesia with this capacity runs $150,000-$250,000 including grinder, dryer (for wet stalks), mixer if blending, and cooler.

The shells will need crushing first — they’re too hard for the hammer mill set up for stalks. So you might run two shifts: one for stalks/straw, one for shells, with screen changes between.

For 2,000 birds, you’re not making tons of feed — maybe 200-300kg per day depending on age. You could look at a flat die system, which is simpler and cheaper. Our small flat die lines start at around $13,600 for a setup that makes 1t/h of mash feed and 0.2-0.3t/h of pellets.

That’s hammer mill, mixer, flat die pellet machine. Enough for your own birds and maybe some neighbors. The small pellet machine price in Indonesia in this range is practical for farm-level production.

Yes, that’s exactly what many do. Corn and soybean meal need grinding first — 2-3mm screen — then mixing, then pelleting. The pelleting itself improves digestibility for pigs and reduces waste.

For a family farm operation, the SZLH250 (1-1.5t/h) at $6,500-$8,500 would be plenty. That’s a feed pellet machine price in Indonesia that pays back pretty fast if you’re currently buying feed.

Yes, we’ve done this. Okara (tofu pulp) is wet — 80% moisture — so you need to press it first, then dry it, then mix with something fibrous like dried soybean hulls to get it to pellet. The pellets can be sold as cat litter (absorbent, natural) or as low-grade cattle feed.

The pellet machine in Indonesia for this is an MSZLH250 or MSZLH320 with stainless steel contact parts (okara can be acidic). A complete line with press, dryer, mixer, pellet mill, cooler runs $45,000-$80,000 for 1-2t/h. There’s a working installation in Bandung we can show you.

Two things: corrosion resistance and safety. The active ingredients in rodenticides can be corrosive, so we recommend stainless steel contact parts. Also, these pellets are toxic — the line needs to be easy to clean thoroughly between batches if you switch products.

We’ve supplied FZLH series fertilizer mills (stainless standard) for this application, running at 1-2t/h. The pellet press in Indonesia for poison baits is usually a smaller machine because volumes aren’t huge. Complete line with mixer, mill, cooler: $30,000-$60,000.

Chicken manure is the most common organic fertilizer feedstock in Indonesia. Fresh manure needs composting first (30-45 days), then drying, then pelleting.

For 1 t/h finished pellets:

• Composting turner ($8,000-$15,000)
• Dryer (manure at 30-40% after composting needs drying to 25% — $30,000-$50,000)
• Crusher for lumps ($8,000-$12,000)
• Mixer if adding other ingredients ($6,000-$10,000)
• Organic fertilizer pellet mill (FZLH320 or FZLH350, $14,000-$26,000)
• Cooler and screen ($12,000-$18,000)
• Bagging ($5,000-$10,000)

Total $90,000-$150,000. The FZLH series has stainless steel contact parts standard — important because manure can be corrosive.

Several layer farms in Lampung run this exact setup. They sell pellets to vegetable farmers and recover their investment in 12-18 months.

Granulators use agitation to form balls or granules — often with moisture and binders. Pellet mills extrude material through dies.

For organic fertilizer from manure, pellet mills produce harder, more uniform particles. For NPK compound fertilizer, both are used — granulators for certain formulations, pellet mills for others.

Our FZLH series are pellet mills, not granulators. They work best for materials that compress well — composted manure, biochar, some mineral blends. For round granules, you’d look at different equipment.

Corn and cassava both grind well, but cassava can be sticky if moist. Keep it under 14% moisture.

For 3-5 t/h, our SFSP56*40 at $5,500-$8,500 works. For 8-10 t/h, the SFSP66*80 at $12,000-$18,000.

The water drop design handles both materials efficiently. Key is screen size — 2-3mm for corn, 3-4mm for cassava. Change screens between materials.

We also supply corn crusher machine for sale in Indonesia — same SFSP series, just different terminology.

Palm shells are hard — they need impact crushing, not just hammer milling. Our XPJ series chippers can do primary size reduction on shells, then a hammer mill for final grind.

For 2-3 t/h shell crushing, the XPJ850*500 at $35,000-$50,000 does initial size reduction to 20-30mm. Then an SFSP66*80 hammer mill at $12,000-$18,000 grinds to 3-5mm for pelleting.

Some clients use just a heavy-duty hammer mill with special hammers for shells. The SFSP series can handle shells if you use chrome hammers and keep material size under 30mm entering.

For 300mm logs, our XPJ680x300 drum chipper is perfect. 90kW, takes logs up to 300mm, produces 20-40mm chips. Price $22,000-$32,000.

If you need finer material (for pellets), you’ll follow the chipper with a hammer mill. The chipper does primary size reduction efficiently; the hammer mill does final grind.

Complete industrial wood shredding system for 3-5 t/h output runs $50,000-$80,000 including chipper, hammer mill, and conveyors.

For 2 t/h feed grinding (corn, soybean, etc.), our SFSP56*40 at $5,500-$8,500 is sufficient. 37kW, does 3-5 t/h on grain.

Match it with a SLHJ1A mixer ($4,500-$6,500) for 500kg batches, and you have a solid grinding/mixing station.

Many small feed mills in Java use this combination. Add a pellet mill later when you’re ready.

Fresh cassava is 60-70% moisture. For 500kg/h dried chips (to 12-14%), you need significant drying capacity.

Our DHG-500 belt dryer at $18,000-$30,000 has 21m² drying area, 5 layers, electric heat. Will handle 500kg/h input of cassava chips with proper temperature zoning (70-80°C).

For larger volumes, the QHG series steam-heated models are more economical to operate if you have boiler capacity.

We also supply industrial drying system in Indonesia for cassava, grains, and other crops. Complete lines with feeders, dryers, and discharge run $40,000-$150,000 depending on capacity.

For 10 t/h poultry feed (broiler or layer), our SZLH420 is the core animal feed pellet press. 110kW, does 10-12 t/h, runs $28,000-$33,000.

Complete line:

• Receiving pit and conveyors ($15,000-$25,000)
• Hammer mill (SFSP66*120, $25,000-$35,000)
• Mixer with batching scales (SLHSJ4.0, $10,000-$14,000)
• Conditioner (long retention for better gelatinization, $15,000-$20,000)
• Pellet mill (SZLH420, $28,000-$33,000)
• Counterflow cooler ($20,000-$30,000)
• Crumpler (if making starter feed, $15,000-$20,000)
• Screen ($5,000-$8,000)
• Bagging system ($15,000-$25,000)
• Control system (PLC with recipe management, $20,000-$40,000)
• Dust collection ($15,000-$30,000)

Total $200,000-$350,000 depending on automation and whether you include storage bins, load-out systems, etc.

Several commercial feed mills in Java run at this capacity. The key is matching each component so there are no bottlenecks — undersized mixer is a common mistake.

At this scale, you’re looking at a serious industrial operation. Equipment list:

• Wood yard with receiving hopper and conveyor ($30,000-$50,000)
• Drum chipper (XPJ1200*500, $48,000-$70,000)
• Hammer mill (SFSP66*150, $38,000-$48,000)
• Rotary dryer (2.2m x 20m, $120,000-$200,000)
• Biomass pellet press (two MZLH678 or three MZLH520, $120,000-$225,000)
• Counterflow coolers ($30,000-$50,000)
• Screens and conveyors ($30,000-$50,000)
• Bagging system with palletizing ($40,000-$80,000)
• Dust collection throughout ($40,000-$80,000)
• Control system with PLC ($30,000-$60,000)
• Storage silos for raw material and finished pellets ($50,000-$150,000)

Total $700,000-$1,200,000 depending on site conditions, automation, and whether you include buildings and infrastructure.

We’ve done several of these in Kalimantan and Sumatra. The critical factors are reliable feedstock supply and consistent drying — tropical wood is wet.

Japan and Korea have strict requirements:

• Diameter: 6mm or 8mm typically
• Moisture: <10%
• Ash content: <2% for premium, <3% for standard
• Durability: >97.5%
• Calorific value: >4000 kcal/kg

To achieve this, you need:

• Clean feedstock (no bark, low dirt)
• Fine grinding (3-4mm)
• Proper conditioning (steam at 70-80°C)
• Dense pellets (adjust die compression ratio)
• Efficient cooling (no thermal shock cracking)
• Screening to remove fines

Our MZLH series with appropriate dies and conditioner settings produces ENplus-compatible pellets. Several clients in Kalimantan export regularly.

Flexibility requires modular design. We recommend:

• Separate preprocessing lines for each material (different grinders/dryers)
• Common pellet mill(s) with quick-change dies
• Blend system before pellet mill to mix materials consistently

For 3-5 t/h mixed, two MZLH520s with quick-change die carts work well. Change from wood to shell in 30 minutes.

Complete system $400,000-$700,000 depending on how many feedstocks and whether you need dryers for all.

20 t/h is a major feed mill. Timeline typically 12-18 months from order to production.

Investment $2.5M-$4.5M depending on:

• Site preparation (some clients have buildings, some start from dirt)
• Automation level (manual vs fully automated)
• Storage capacity (grain bins, finished feed silos)
• Ingredient receiving system (truck dump, rail?)
• Extrusion capability (if including floating feed)

Main equipment:

• Receiving system
• Pre-cleaning
• Hammer mills (multiple for flexibility)
• Batching system (micro and macro ingredients)
• Mixers (dual for efficiency)
• Animal feed granulators (multiple SZLH768 or SZLH678)
• Coolers and crumblers
• Screening and coating
• Bagging and bulk load-out
• Control system
• Dust control

We’ve done several of these in Java and Sumatra. The key is proper planning — material flow, future expansion, and local utility reliability.

Design for expansion from day one. Start with:

• Chipper sized for 5 t/h (XPJ850*500, $35,000-$50,000)
• Hammer mill sized for 5 t/h (SFSP66*120, $25,000-$35,000)
• Dryer sized for 5 t/h ($80,000-$120,000)
• One wood pellet extruder machine for 2 t/h (MZLH520, $42,000-$55,000)
• Add second MZLH520 later
• Cooler and screen sized for 5 t/h ($30,000-$50,000)
• Bagging for 5 t/h ($20,000-$30,000)

Initial investment $250,000-$350,000. Add second pellet mill and possibly more dryer capacity when expanding.

This approach avoids buying undersized equipment now and replacing later.

5 t/h organic fertilizer from manure is substantial. Process:

• Composting (large area with turners, 3-4 weeks)
• Drying (manure at 30-40% after composting needs drying to 20-25%)
• Crushing (lumps broken)
• Mixing (if adding other nutrients)
• Pelleting (FZLH520 or FZLH678)
• Cooling and screening
• Bagging

Investment $600,000-$1,000,000 depending on composting method (windrow vs. in-vessel) and automation.

Several large layer operations in Java are at this scale. They treat manure as a primary revenue stream, not a byproduct.

For 2 tph floating feed:

• Fine grinder (SFSP with 0.8mm screen, $25,000-$35,000)
• Mixer (SLHSJ2.0, $6,500-$9,000)
• Twin-screw floating fish feed extruder machine (SPHS120, $55,000-$70,000)
• Belt dryer (QHG-1000 or DHG-1000, $35,000-$55,000)
• Oil coater ($15,000-$20,000)
• Cooler ($15,000-$20,000)
• Screen ($5,000-$8,000)
• Bagging ($10,000-$15,000)
• Control system ($15,000-$25,000)

Total $200,000-$300,000. Several clients in South Sulawesi run this capacity.

For 5 t/h, you need 1000-1500kg batches. Our SLHJ2A (1000kg, $6,800-$9,500) or SLHJ3A (1500kg, $8,500-$12,000) work well.

The SLHJ series are paddle mixers — fast (60-90 seconds), gentle, good uniformity. For higher intensity, the SLHSJ dual-shaft paddle mixers ($6,500-$14,000) give even faster mixing.

If you need ribbon mixer machine in Indonesia for simpler applications, our SLHY series ($3,800-$16,000) works well for dry powders.

For large plants, double shaft paddle mixer for sale in Indonesia in the SLHSJ series handles up to 2000kg batches efficiently.

Conditioning is critical for pellet quality. Our standard conditioner adds steam at 80-90°C for 30-45 seconds.

For higher gelatinization (improves digestibility), our long-retention conditioners (2-3 minutes) make a noticeable difference. Add $10,000-$20,000 to the line cost.

Several clients in Java use our triple-layer conditioners on SZLH420 mills — they report better pellet durability and fewer fines.

For 10 t/h, you need:

• Ingredient bins (4-6) with screw feeders ($30,000-$60,000)
• Weighing system (load cells, PLC, $15,000-$30,000)
• Mixer (SLHSJ4.0, $10,000-$14,000)
• Surge bin under mixer ($5,000-$10,000)
• Control system ($15,000-$30,000)

Total $75,000-$150,000 for mixing plant alone, excluding grinding and pelleting.

For 5 t/h, our GFZL series counterflow cooler is standard. Counterflow design — air moves opposite pellet flow — is most efficient.

GFZL-4 at $20,000-$30,000 handles 5-8 t/h. Stainless steel construction, rotary discharge, level sensor control.

We also supply vertical coolers for smaller lines ($8,000-$15,000) but counterflow is better for larger capacities.

For 10 t/h, GFZL-8 at $30,000-$45,000. Handles 8-12 t/h, 2.5m diameter, 2.5m height.

Key features:

• Stainless steel construction
• Uniform air distribution
• Gentle handling (no pellet breakage)
• Automatic discharge control

For removing fines, our SFJZ vibrating screens work well. For 5-10 t/h, SFJZ100*2C at $3,500-$5,500.

For finer separation (multiple fractions), SFJH rotary screens at $4,500-$12,000 depending on capacity.

The vibrating screen for pellets in Indonesia is simple and reliable — most clients start here.

For 5 t/h at 25kg/bag, you need 200 bags/hour — about 3-4 bags/minute. Our DCS-50K at $7,500-$11,000 does 5-6 bags/min, plenty of capacity.

Complete feed bagging machine in Indonesia system with weigher, bag holder, and conveyor runs $10,000-$18,000.

For wood pellets, same equipment works — wood pellet packing system for sale in Indonesia is essentially identical.

Our TDTG series bucket elevators are standard. For 5-10 t/h, 6-8m height, $5,000-$10,000 depending on height and belt type.

Key is gentle handling — pellets break if dropped too far. We use low-speed buckets and cushioning.

Our LS series screw conveyors — $3,000-$8,000 depending on length and diameter.

For pellets, use full-pitch screws at low speed (60-100 rpm) to minimize breakage.

Dust control is essential — for safety, cleanliness, and product recovery.

For a 5 t/h plant, budget $20,000-$40,000 for cyclones and bag filters at key points: hammer mill outlet, dryer exhaust, cooler exhaust, pellet mill inlet, bagging area.

We design systems to meet local environmental requirements. Several clients in Java have passed government inspections with our designs.

Palm shells (dry, easy) and EFB (wet, fibrous) are completely different. A combined plant is possible but complex.

For 3 t/h total, you might run shells at 2 t/h and EFB at 1 t/h. Equipment:

• Shell crusher (hammer mill with special hammers, $20,000-$30,000)
• EFB shredder ($30,000-$50,000)
• EFB dryer ($80,000-$120,000)
• EFB hammer mill ($15,000-$25,000)
• EFB Pellet machines (two MZLH520 or one MZLH678, $80,000-$150,000)
• Common cooler and screen ($25,000-$40,000)
• Control system ($20,000-$40,000)

Total $300,000-$500,000. Several plantations in Riau and North Sumatra run similar setups.

The key is scheduling — run shells when EFB pellet plant is down for maintenance, or vice versa.

For 1 tph sawdust (dry, fine), our MZLH420 at $26,000-$32,000 is perfect. 90kW, does 1-1.2 t/h on wood.

Complete 1 tph wood pellet machine for sale in Indonesia line with hammer mill, pellet mill, cooler, screen runs $60,000-$90,000.

Many furniture workshops in Jepara use this setup to monetize their waste.

You’re sitting on a valuable resource. Construction wood waste — even with nails, paint, and some contamination — can be turned into high-quality biomass pellets. We’ve done exactly this for several clients, including a 4-5 t/h plant in Indonesia that processes building templates and construction debris.

Let me walk you through a real project we completed in 2021 that sounds very similar to what you’re describing.

Case Study: 4-5 T/H Indonesia Wood Pellet Plant for Building Template

Project Date: September 2021
Location: Java, Indonesia
Raw Materials: Building templates, wooden pallets, waste veneer, construction scrap wood
Output: 4-5 tons per hour of biomass wood pellets
End Use: Industrial boilers, biomass power plants, drying furnaces

This customer came to us with exactly your situation — they were renovating commercial buildings and had containers full of used formwork and pallets. They wanted to stop paying for disposal and start selling fuel.

The Challenge: Construction wood is dirty. Nails, concrete residue, paint, varying moisture content. A standard wood pellet line would jam or get damaged.

Our Solution: We designed a preprocessing line specifically for contaminated wood:

1. Primary Shredding — A heavy-duty industrial shredder (XPJ series) breaks down pallets and thick templates into 20-30mm chips. This step also knocks loose some nails and debris.
2. Magnetic Separation — A powerful overhead magnet pulls out nails and ferrous metal before they reach the hammer mill. This protects downstream equipment.
3. Cleaning Screen — Removes sand, concrete dust, and fines. What goes to the pellet mill is relatively clean wood.
4. Hammer Mill — Reduces chips to 3-5mm particles suitable for pelleting.
5. Pellet Mill — Two MZLH520 units running in parallel, each 132kW, producing 2-2.5 t/h. Total 4-5 t/h capacity.
6. Cooling and Screening — Counterflow coolers bring pellet temperature down, then a vibrating screen removes fines (which go back to the pellet mill).
7. Bagging System — Automatic weighers pack 25kg or 50kg bags for sale.

Key Design Features:

• The raw material moisture was low (construction wood is often dry), so we skipped the dryer — major cost savings.
• The workshop covers 1800 square meters including raw material storage and finished product warehouse.
• Total installed power: approximately 825kW.
• Finished pellet size adjustable from 6-10mm diameter.

The Result: The client now processes waste that used to cost them money and sells pellets to local factories. They’ve told us the payback period was under 18 months.

Can Your Material Work?

Building templates and construction wood are actually excellent feedstocks because:

• They’re already dry (usually under 15% moisture)
• The wood is dense (formwork is often hardwood)
• Volume is consistent if you have ongoing demolition work

The key is proper preprocessing to remove contaminants. Our XPJ series shredders with hydraulic feed handle nailed wood without jamming. The magnets catch 99% of ferrous metal.

What Would a 4-5 T/H Plant Cost?

For a complete wood pellet plant for sale in Indonesia at this capacity, including all preprocessing, you’re looking at:

• Shredder: XPJ850*500 or XPJ1200*500 — $35,000-$70,000
• Magnetic separators: $8,000-$15,000
• Cleaning screen: $5,000-$10,000
• Hammer mill: SFSP66*120 or similar — $25,000-$35,000
• Pellet mills: Two MZLH520 units — $84,000-$110,000
• Cooler: GFZL series counterflow — $25,000-$35,000
• Screen: SFJZ series vibrating — $5,000-$8,000
• Bagging system: DCS-50K automatic — $8,000-$12,000
• Conveyors, ducts, control panel: $30,000-$50,000
• Dust collection: $20,000-$40,000

Total wood pellet processing equipment investment: $250,000-$400,000 depending on automation level and whether you need building structures.

This is for a complete industrial pellet production system for sale in Indonesia — everything from shredder to bagging.

Why This Works for Construction Waste

The 4-5 t/h wood pellet plant in Indonesia we built for this application has been running steadily since 2021. The pellets test at:

• Moisture: <10%
• Ash content: 1.5-2.5% (higher than clean wood due to residual contaminants, but acceptable for industrial use)
• Calorific value: 4,200-4,500 kcal/kg
• Durability: >97%

They sell to:

• Biomass power plants in Java
• Industrial steam boiler operators
• Drying furnaces for agricultural products
• A few household fireplace customers (premium bags)

Other Wood Pellet Plants We’ve Done in Indonesia

2-3 T/H Biomass Wood Pellet Plant
For a furniture manufacturer in Jepara using sawdust and offcuts. MZLH520 single line, no dryer needed. Investment $150,000-$220,000.

1-1.5 T/H Wood Pellet Plant
For a small sawmill in Kalimantan processing their own waste. MZLH420 based line, $80,000-$120,000.

MZLH320 Sawdust Pellet Mill in Indonesia
For a farmer cooperative making fuel pellets from rice husk and sawdust. Single machine at $15,000-$22,000, plus support equipment.

A Few Practical Considerations

Nails and Metal: Our magnetic separation catches most, but some non-ferrous (aluminum, brass) gets through. The pellets still burn fine — ash content increases slightly but not enough to worry industrial boilers.

Paint and Coatings: Construction wood often has paint or sealants. In combustion, these burn off. European standards limit certain chemicals, but for Indonesian industrial use, it’s generally acceptable.

Moisture: If your material is stored outside and gets wet, you’ll need a dryer. Add $80,000-$150,000 to the budget. Test your typical moisture before committing.

Space: Our client’s 1800m² workshop includes storage for 2-3 weeks of raw material and 1-2 weeks of finished product. Plan accordingly.

Why Work With Us

We’re not a trading company with an office in Jakarta — we’re the manufacturer. Every pellet mill in Indonesia we’ve supplied came directly from our factory in China, designed for that client’s specific material.

We’ve done:

• Construction waste plants
• Sawmill residue lines
• Palm EFB operations
• Rice husk projects
• Feed mills for poultry, fish, shrimp
• Fertilizer plants from manure

Our engineers have visited Indonesian sites, tested local materials, and trained local operators. We know what works in tropical conditions and what doesn’t.

If you want to explore this for your construction waste, send us:

• Photos of your typical material
• Estimated tons per month
• Whether it’s stored covered or exposed
• Your power availability (voltage, phase)

We’ll work up a preliminary layout and budget. And if you want to see the 4-5 t/h plant in action, we can arrange a visit — the client has been happy to show other potential customers how it runs.

You’re describing exactly the situation we helped several furniture clusters in Jepara solve a few years ago. Furniture waste is actually ideal for pellets — it’s already dry, mostly clean, and the volume is predictable. A shared facility makes a lot of sense when multiple small shops each generate too little individually.

Let me walk you through a 2-3 t/h biomass wood pellet plant we completed in Indonesia in 2018 for a group of furniture manufacturers.

Case Study: 2-3 T/H Biomass Wood Pellet Plant in Indonesia

Project Date: April 2018
Location: Jepara, Central Java, Indonesia
Raw Materials: Forestry waste, furniture factory leftovers, sawmill offcuts, wood processing residues
Output: 2-3 tons per hour of biomass wood pellets
End Use: Industrial boilers, drying furnaces, and local households

This project came about when several furniture manufacturers realized they were all paying to haul away waste that had value. They formed a cooperative, pooled their waste streams, and approached us for a solution.

The Material: The leftover material from furniture production was already small — typically 20-30mm chips and pieces, about 5-10mm thick. No large logs or branches to deal with. This simplified the preprocessing significantly.

Our Solution: Because the incoming material was already sized, we could skip the primary shredder and go straight to fine grinding:

1. Hammer Mill — The material went directly into our SFSP series hammer mill, where it was ground to 3-4mm particle size. This is the ideal size for biomass pelleting.
2. Pellet Mill — A single MZLH520 ring die pellet mill (132kW) rated for 1.5-2.5 t/h on wood. This particular model has been a workhorse in Indonesia — enough capacity for medium production, not so large that it requires heavy foundation work.
3. Counterflow Cooler — Pellets exit the mill at 70-80°C and need cooling to ambient temperature before bagging. Our GFZL series cooler handles this gently, preventing thermal cracking.
4. Vibrating Screen — Removes fines (which get returned to the pellet mill) before bagging.
5. Bagging System — A DCS-50K automatic weighing and bagging machine packs the finished pellets into 20-50kg bags. The cooperative sells both bulk to industrial customers and bagged to households.

Key Design Features:

• No shredder or chipper needed — the incoming material was already sized correctly
• Total installed power: approximately 475kW
• Workshop area: 1000 square meters, including raw material storage and finished product warehouse
• Finished pellet diameter: adjustable from 6-10mm depending on customer preference

The Result: The cooperative now processes 2-3 tons per hour of what used to be waste. They sell to:

• Local textile factories with steam boilers
• Drying operations for agricultural products (coffee, cocoa, rice)
• Households in nearby towns who use pellet stoves for cooking and heating

One of the members told us during a follow-up visit that their waste disposal costs disappeared completely, and the pellet sales now contribute meaningful revenue to the cooperative.

What Makes Furniture Waste Ideal for Pellets?

Furniture factory leftovers have several advantages:

Low Moisture — Kiln-dried wood used in furniture is typically below 10-12% moisture. No drying required, which saves $80,000-$150,000 in equipment cost compared to processing green wood.

Small Particle Size — Offcuts and sawdust are already small. You can go straight to the hammer mill without investing in a primary shredder.

Clean Material — No bark, no dirt, minimal contamination. This means lower ash content in the final pellets — premium product.

Consistent Supply — Furniture production runs year-round, so waste generation is predictable.

What Would a 2-3 T/H Plant Cost?

For a complete wood pellet production line for sale in Indonesia at this capacity, based on our 2018 Jepara installation (adjusted for current pricing):

• Hammer Mill: SFSP66*100 or SFSP66*120 — $18,000-$30,000
• Wood pellet press: MZLH520 (132kW) — $42,000-$55,000
• Cooler: GFZL counterflow series — $15,000-$25,000
• Screen: SFJZ vibrating screen — $3,500-$6,000
• Bagging System: DCS-50K automatic weigher — $7,500-$11,000
• Conveyors, Elevators, Ducting: $15,000-$25,000
• Control Panel: $8,000-$15,000
• Dust Collection: $10,000-$20,000

Total equipment investment: $120,000-$180,000 for a complete industrial pellet production system for sale in Indonesia.

This is significantly lower than a plant processing green logs because you’re skipping the chipper and dryer — two of the most expensive components.

Why This Plant Has Been Successful

The 2-3 t/h wood pellet factory in Indonesia we built for this furniture cooperative has been running continuously since 2018. Here’s what they’ve learned:

Quality Matters: Because their raw material is clean furniture-grade wood, their pellets are premium — low ash, high BTU. They command better prices than plants using mixed waste.

Flexibility Pays: They can adjust pellet size from 6mm to 10mm depending on customer needs. 6mm for household stoves, 8-10mm for industrial boilers.

Fines Recycling: The vibrating screen returns fines to the pellet mill, so nothing is wasted. They estimate this recovers an additional 3-5% of production.

Seasonal Demand: Industrial customers buy year-round. Household demand peaks before the rainy season when people stock up. They manage inventory accordingly.

Other Biomass Wood Pellet Plants We’ve Done in Indonesia

1-1.5 T/H Wood Pellet Plant
For a sawmill in Kalimantan using their own waste. MZLH420 based line, investment $80,000-$120,000.

MZLH320 Sawdust Pellet Mill in Indonesia
For a small furniture shop making pellets for their own boiler. Single machine at $15,000-$22,000 plus support equipment.

4-5 T/H Construction Waste Plant
For a Jakarta demolition company processing building templates and pallets. Includes shredder and magnetic separation. Investment $250,000-$400,000.

A Few Practical Considerations for Your Situation

Cooperative Structure: If multiple shops are pooling waste, you need agreement on:

• Who delivers what (quality standards)
• How proceeds are distributed
• Who operates the plant

Waste Collection: Furniture waste is often mixed — sawdust, chips, offcuts. As long as it’s wood, it all works. But keep out MDF/particle board (glue causes emissions) and treated wood (chemicals).

Power Supply: 475kW total load means you need adequate grid connection or generator backup. Most industrial zones in Jepara can handle this.

Space: 1000 square meters worked for our client, but they keep raw material moving — only 2-3 weeks storage. Plan your site accordingly.

Why Work With Us

We’re not just selling equipment — we’re providing solutions based on real experience. The 2-3 t/h plant in Jepara wasn’t our first pellet mill in Indonesia, and it wasn’t our last. We’ve learned what works in tropical conditions:

• Corrosion protection for electrical components in humid environments
• Heavy-duty bearings that handle 24/7 operation
• Local spare parts strategies so clients aren’t waiting weeks for shipments
• Operator training that sticks — we write manuals in Indonesian and spend extra days on site if needed

When you buy a pellet plant for sale Indonesia from us, you’re getting the cumulative knowledge of dozens of previous installations.

If you’re ready to explore this for your furniture waste situation, send us:

• Estimated monthly volume from your shop and neighboring shops
• Typical material mix (sawdust vs chips vs offcuts)
• Your power availability
• Whether you have a site in mind

We’ll work up a preliminary layout and budget. And if you want to visit the Jepara plant, we can arrange it — the cooperative has been generous about showing others how it works.

You’re asking the right question. Many people don’t realize that you absolutely cannot pellet wet wood — it compresses but then expands like a spring, and the pellets crumble. For wet material, drying isn’t optional; it’s the most important step. But the good news is that once you have the dryer, the rest of the line is straightforward, and you can use your own waste as fuel to run the dryer.

Let me walk you through a 1-1.5 t/h wood pellet processing plant we completed in Indonesia in 2018 for a sawmill operator who started with exactly your situation — wet logs and sawdust, and a desire to turn waste into revenue.

Case Study: 1-1.5 T/H Wood Pellet Plant in Indonesia

Project Date: January 2018
Location: Kalimantan, Indonesia
Raw Materials: Wood logs, wet sawdust, green wood chips (30%+ moisture)
Output: 1-1.5 tons per hour of biomass wood pellets
End Use: Industrial boilers, local factories

This client had a sawmill operation generating plenty of waste, but it was all wet — fresh from the log. They knew pellets had value but weren’t sure how to handle the moisture.

The Challenge: Incoming material at 30-40% moisture. Cannot pellet above 18% typically. Needed an efficient way to dry without spending money on purchased fuel.

Our Solution: A complete line with a dryer that uses the material itself as fuel:

1. Drum Chipper — Larger logs and slab wood first go through an XPJ series drum chipper to reduce them to 20-40mm chips. This material is uniform and dries evenly.
2. Cleaning Screen — A drum cleaning screen with 20x20mm square holes removes large impurities — rocks, metal, oversize pieces. This protects the dryer and hammer mill.
3. Rotary Drum Dryer — The key component. A three-layer drum dryer takes material from 30% moisture down to 13-18% in about 30-40 minutes. The dryer is fired using a biomass burner that burns some of the waste material — sawdust, fines, or even some of the chips. This means the drying fuel is essentially free.
4. Hammer Mill — Once dry, the material goes through an SFSP series hammer mill to reduce it to 3-4mm particle size, ideal for pelleting.
5. Pellet Mill — An MZLH420 ring die pellet mill (90kW) rated for 1-1.2 t/h on wood. This was the right size for their starting capacity.
6. Counterflow Cooler — Pellets exit hot and need cooling to ambient temperature before bagging.
7. Bagging System — A DCS-50K automatic weigher packs 50kg bags for sale.

Key Design Features:

• The three-layer drum dryer is more efficient than single-pass designs — better heat utilization, smaller footprint.
• The burner uses waste material, so operating cost is minimal.
• Total installed power: approximately 210kW
• Workshop size: 30m x 20m (600 square meters)
• Finished pellet diameter: adjustable from 6-10mm

The Result: The client started producing 1-1.5 tons per hour in early 2018. They sold to local factories and gradually built a customer base.

The Sequel: Expansion in 2022

Here’s the part I really like about this story. After running successfully for four years, the client came back to us in February 2022 and ordered an additional MZLH520 wood pellet machine (132kW) plus accessories.

With the second pellet mill, their production capacity has now reached 3-3.5 tons per hour — more than double their original output. They kept the same dryer and upstream equipment (which were sized with expansion in mind) and simply added pelleting capacity.

This is exactly why we encourage clients to think ahead when sizing dryers and hammer mills — if you oversize them slightly at the beginning, adding a second pellet mill later is relatively inexpensive compared to replacing the whole line.

What Would a 1-1.5 T/H Plant Cost?

For a complete wood pellet production plant for sale in Indonesia at this capacity, including drying for wet material:

• Drum Chipper: XPJ680x300 or similar — $22,000-$32,000
• Cleaning Screen: $5,000-$8,000
• Rotary Drum Dryer: Three-layer, with biomass burner — $50,000-$80,000
• Hammer Mill: SFSP66*80 or SFSP66*100 — $12,000-$22,000
• Pellet Mill: MZLH420 (90kW) — $26,000-$32,000
• Cooler: GFZL counterflow — $12,000-$18,000
• Screen: SFJZ vibrating — $3,000-$5,000
• Bagging System: DCS-50K — $7,500-$11,000
• Conveyors, Elevators, Ducting: $15,000-$25,000
• Control Panel: $8,000-$12,000
• Dust Collection: $8,000-$15,000

Total equipment investment: $170,000-$250,000 for a complete industrial pellet production system for sale in Indonesia that can handle wet wood.

This is higher than a line processing dry waste because of the dryer cost, but it opens up your raw material options significantly.

Why the Dryer Makes Sense for Your Situation

You mentioned your material is wet — 30% or more. Here’s what that means in practice:

• Without drying: You can’t make quality pellets. They’ll be soft, crumbly, and won’t meet customer expectations.
• With drying: You can use any wood — logs, branches, wet sawdust — as long as it’s clean.

The three-layer drum dryer we installed for this client uses about 10-15% of the incoming material as fuel. So if you process 100kg of wet wood, you’ll use 10-15kg to fire the dryer and get 85-90kg of dry material for pelleting. That’s an efficient trade-off.

Pellet Quality and Applications

The pellets from this plant test at:

• Calorific value: 3,500-4,800 kcal/kg depending on wood type
• Moisture: <10%
• Ash content: 1-2% (low, because the wood is clean)
• Diameter: 6-10mm as requested by customers

Biomass pellet fuel is an ideal replacement for coal and oil in:

• Industrial steam boilers
• Drying furnaces for agriculture (coffee, cocoa, rice)
• Biomass power plants
• Hotel and restaurant heating

Because these pellets contain no sulfur or phosphorus, they don’t produce acid rain-causing emissions. They’re a low-carbon, environmentally friendly energy source that meets sustainable development goals.

What We Learned From This Installation

Size Matters: The client started with 1-1.5 t/h and grew to 3-3.5 t/h. If they’d undersized the dryer initially, expansion would have been much harder. We always recommend sizing key components for future growth.

Fuel for the Dryer: Using waste material as dryer fuel is the key to economic operation. This client burns sawdust and fines that would otherwise be waste.

Cleaning is Critical: The drum screen before the dryer removed rocks and metal that could damage the hammer mill. Several times they’ve found scrap metal in their waste pile — the screen caught it.

Training Pays Off: We spent extra time training their operators on dryer controls. Proper temperature management extends equipment life and pellet quality.

Other Wood Pellet Plants We’ve Done in Indonesia

2-3 T/H Furniture Waste Plant
For a furniture cooperative in Jepara processing dry offcuts and sawdust. No dryer needed. Investment $120,000-$180,000.

4-5 T/H Construction Waste Plant
For a Jakarta demolition company processing building templates and pallets. Includes shredder and magnetic separation. Investment $250,000-$400,000.

MZLH320 Sawdust Pellet Mill in Indonesia
For small workshops making pellets for their own use. Single machine at $15,000-$22,000.

A Few Practical Considerations

Moisture Variation: If your material moisture varies (some logs wetter than others), you need a dryer with enough capacity to handle peak moisture. We size dryers for the worst case, not the average.

Power Supply: 210kW total load means you need adequate grid connection. Most industrial areas in Kalimantan can handle this, but check before committing.

Space: 30m x 20m (600m²) worked for our client with room for raw material and finished product storage.

Expansion Path: If you think you might grow, consider sizing the dryer and hammer mill for 2-3 t/h even if you start with one pellet mill at 1-1.5 t/h. The incremental cost is worth it.

Why Work With Us

This client came back to us four years later for additional equipment. That tells you something about how the first installation performed. We’re not just selling machines — we’re providing solutions that work for the long term.

When you buy a pellet plant for sale Indonesia from us, you get:

• Support when you need it — we answer emails and calls, and we can visit if necessary
• Equipment designed for tropical conditions (humidity, voltage fluctuations)
• A dryer that can use your own waste as fuel
• Training that your operators will actually understand

You’re in an ideal starting position. Sawdust that’s already dry and fine is the easiest material to pelletize — no dryer needed, no hammer mill needed. You can start producing with just a pellet mill and a cooler, which keeps your initial investment low while you learn the market.

We work with first-time buyers all the time. In fact, one of our favorite projects was a September 2021 installation for a customer in Indonesia who was exactly where you are now — first time exploring wood pellets, starting with sawdust, wanting to keep it simple.

Let me tell you about that project.

Case Study: MZLH320 Sawdust Pellet Mill in Indonesia

Project Date: September 6, 2021
Location: Indonesia (customer requested location privacy)
Raw Materials: Clean, dry sawdust from local sawmills
Output: 200-300 kg per hour of biomass wood pellets
Machine: MZLH320 ring die sawdust pellet machine

This customer had been watching the biomass market for a while. They saw neighbors struggling with waste disposal and realized there might be an opportunity. But they didn’t want to jump in with a huge investment before proving the concept.

The Situation: Their raw material was perfect — sawdust from furniture and sawmill operations, already at 10-12% moisture, particle size under 5mm. No preprocessing needed.

Our Recommendation: The MZLH320 is our entry-level biomass pellet mill for exactly this scenario. It’s a 22kW machine rated for 200-300kg per hour on sawdust. Small enough to be affordable, but built with the same heavy-duty construction as our larger mills.

What We Supplied:

• MZLH320 pellet mill complete with motor and control panel
• Anti-bridging feeder (sawdust can bridge in the hopper)
• Basic startup package including dies and rollers
• Installation supervision and operator training

Why This Machine Was Right for Them:

1. No Preprocessing Needed — Their sawdust went straight into the pellet mill. No dryer, no hammer mill. This kept their investment minimal.
2. Gear Drive Efficiency — Unlike cheaper belt-driven machines, the MZLH320 uses high-precision gear rotation. This improves efficiency by about 15% compared to belt drives, which means lower electricity cost per ton.
3. Automatic Grease Lubrication — The machine came with an automatic lubrication system. This was their first pellet mill, so they didn’t have experience with daily maintenance. The auto-lube means they don’t have to stop production to grease bearings — the system does it while they run.
4. Future Flexibility — Even though they started with sawdust, this same machine can process other materials: wood chips (if ground), straw, rice husk, even some agricultural wastes. If they decide to expand into different raw materials later, the same equipment will work.

The Result: The customer started producing within weeks of receiving the machine. They sold their first pellets to:

• Local coffee drying operations (used in furnaces)
• Small factories with steam boilers
• Households experimenting with pellet stoves

They’ve since told us that the machine runs 6-8 hours a day, several days a week, and they’re recovering their investment faster than expected.

What Would an MZLH320 Setup Cost?

For a complete entry-level sawdust pellet line in Indonesia:

• Pellet Mill: MZLH320 (22kW) with anti-bridging feeder — $13,500-$16,500
• Small Cooler: Basic vertical cooler — $3,000-$5,000
• Screw Conveyor: To move pellets to cooler — $2,000-$3,000
• Control Panel: Included with mill
• Installation and Training: $2,000-$4,000 depending on travel

Total investment: $20,000-$28,000 for a complete small-scale pellet production system for sale in Indonesia.

This is the lowest-cost entry point into commercial pellet production. You’re producing, learning, and generating revenue with minimal risk.

Why the MZLH320 Is Popular for Startups

We’ve sold many MZLH320 units to first-time buyers in Indonesia. Here’s why they choose this model:

Low Entry Cost — Under $30,000 for a complete setup means you can test the market without betting the farm.

Simple Operation — One person can run it. Load sawdust, monitor the controls, change bags.

Reliable — Gear drive construction means fewer breakdowns than belt-driven machines. Our customers report years of trouble-free operation.

Versatile — When you’re ready to try other materials, this same machine will handle them. We’ve seen customers move from sawdust to rice husk to palm fiber on the same MZLH320.

Room to Grow — Many customers start with one MZLH320, prove the market, then add a second unit or upgrade to a larger model later.

What the MZLH320 Can Process

The customer in our case study started with sawdust, but this same pellet mill in Indonesia can handle:

• Sawdust — Ideal, no preprocessing
• Wood chips — If first run through a hammer mill
• Logs and branches — Need chipping and grinding first
• Straw and wheat straw — Needs chopping and possibly drying
• Rice husk — Can pellet, but wears dies faster (we recommend hardened dies)
• Agricultural residues — Corn stalks, peanut shells, coconut coir

The key is that the machine itself is versatile — you just need the right preprocessing equipment for different materials.

A Few Practical Tips for Starting Out

Test Your Material First: Even though sawdust seems uniform, send us a sample. We’ll test it in our lab to confirm moisture content and recommend the right die specification.

Start with One Die Size: 6mm or 8mm are the most common. See what your local market wants before ordering multiple dies.

Plan for Fines: You’ll always have some fines (dust) coming off the cooler. Plan to recycle them — either mix back into fresh sawdust or sell separately as boiler fuel.

Learn the Market: Our customer started by giving away small samples to potential buyers. Within months, they had regular customers. Don’t expect huge orders immediately — build relationships.

Think About Expansion: If your business grows, the MZLH320 can become your backup machine when you add a larger one. Many customers keep their first machine running for years.

Other Small-Scale Installations We’ve Done

MZLH320 for Rice Husk Pellets
A client in Java processes rice husk through the same model with hardened dies. Output is lower (150-200kg/h) due to husk density, but they sell to local drying operations.

MZLH320 for Coffee Waste
A coffee processor in Sumatra uses their machine to pelletize coffee husks (parchment) for use as boiler fuel. They run the line when they have excess material.

MZLH320 for Furniture Waste
Several small furniture shops in Jepara share a single machine — they pool their sawdust and take turns running it. The pellets offset their own electricity costs.

You’ve stumbled onto one of Indonesia’s best-kept secrets. The country is literally sitting on a mountain of biomass that’s currently burned in fields or left to rot. The numbers you’ve seen are real — and if anything, they might be conservative.

Let me break down what’s actually available, where it is, and how it performs in a pellet mill in Indonesia. This isn’t theoretical — this is based on materials we’ve tested and processed in actual installations across the archipelago.

Indonesia’s Biomass Potential: The Real Numbers

Indonesia produces approximately 146.7 million tons of biomass annually, equivalent to about 470 GJ/year of energy. That’s enough to power a significant portion of the country’s industrial energy needs if properly utilized.

But here’s what matters for someone investing in equipment: this biomass isn’t concentrated in one place. It’s scattered across the country, which means your choice of location should be driven by where the feedstock is.

The breakdown by source is eye-opening:

What this tells you is that rice waste alone — husks and straw — represents nearly one-third of the country’s biomass energy potential. If you’re looking for a consistent, year-round feedstock, rice-growing regions like Central Java, East Java, and South Sulawesi are hard to beat.

Feedstocks That Actually Work in Pellet Mills

Not all biomass pellets equally. Here’s what we’ve learned from actual installations and material testing:

1.Palm Oil Residues (67 GJ/year potential)

Empty Fruit Bunches (EFB) — High moisture (60-70%), fibrous, needs significant preprocessing. Requires shredding, drying, and fine grinding before it will run through any pellet making machine in Indonesia. But the pellets are excellent — high calorific value, burns clean. Several plantations in Riau and North Sumatra now run EFB lines.

Palm Kernel Shells (PKS) — The star of the show. Already dry (12-15% moisture), high calorific value (4,000-4,500 kcal/kg), low ash. PKS runs beautifully through standard biomass pellet mills with hardened dies. Many of our clients in Sumatra start with PKS because it’s the easiest path to production.

Palm Oil Mill Sludge — Wet, sticky, challenging. Requires mixing with drier materials. Not a beginner’s feedstock.

2.Rice Waste (150 GJ/year potential)

Rice Husk — Abundant, dry (8-12% moisture from mills), but high silica content wears dies faster than wood. With hardened dies and proper maintenance, it’s absolutely viable. Our 6 t/h rice husk plant in Central Java proves this daily — they produce 15,000 tons annually with consistent quality.

Rice Straw — Harvested wet (20-25% moisture), requires drying and chopping. More challenging than husk but still workable. The cooperative project in Central Java blends rice straw with wood residues to improve pellet quality.

3.Rubber Wood Residues (120 GJ/year potential)

When rubber trees reach the end of their productive life (typically 25-30 years), they’re harvested for timber. The residues — branches, offcuts, sawdust — are excellent pellet feedstock. Rubber wood has good lignin content for binding and reasonable calorific value. Sumatra has significant concentrations of this resource.4.

4.Sugar Mill Waste (78 GJ/year potential)

Bagasse — The fibrous residue after sugarcane crushing. Already used as boiler fuel in sugar mills, but excess bagasse can be pelleted. Moderate calorific value, available in Java and parts of Sumatra. Requires drying typically.

Sugarcane Tops and Leaves — Left in fields after harvest, often burned. Huge untapped potential, but collection logistics are challenging.

5.Coconut Waste (~20 GJ/year total)

Coconut Shells — Excellent feedstock. High calorific value (4,000-4,500 kcal/kg), low ash, already dry. Shells need crushing before pelleting, but they run beautifully through biomass pellet mills. Abundant in Sulawesi, North Sumatra, and Java.

Coconut Husk (Coir) — More challenging — fibrous, can be wet. But cocopeat (the fine material from husk processing) pellets well. Several clients in Sulawesi run coconut-based lines.

Coconut Fronds and Trunks — Available when plantations are replanted. Woody, needs chipping and grinding, but viable.

6.Forestry and Wood Processing Waste

Sawdust — The ideal feedstock. Already fine, typically dry (10-15% moisture), excellent binding. Furniture centers like Jepara generate massive quantities. Our MZLH320 installations for sawdust are among our simplest and most profitable for clients.

Veneer and Plywood Residues — Clean, dry, consistent. Excellent for pellets.

Logging Residues — Branches, tops, low-grade logs left in forest. Available in Kalimantan and Papua, but collection is expensive. Usually feasible only for large operations.

Regional Opportunities

Based on where these feedstocks concentrate:

Sumatra — Palm oil residues dominate (shells, EFB, fiber). Also rubber wood and some forestry waste. Ideal for biomass pellet plants serving export markets.

Java — Rice waste (husk, straw), sugar cane bagasse, furniture industry sawdust. Dense population means easier access to labor and ports, but land costs higher. The 1.5 t/h straw-wood blend plant in Central Java demonstrates what’s possible here.

Kalimantan — Forestry waste (sawmill residues, plywood factory waste), some palm oil in the south. Logging residues available but remote. Good for wood pellet production.

Sulawesi — Coconut waste (shells, husk), some rice husk. Growing aquaculture industry also creates demand for feed pellets.

Which Feedstocks Make the Best Pellets?

From our testing and field experience, here’s how they rank:

What This Means for Your Equipment Choice

The beauty of a well-designed pellet production line for sale Indonesia is that it can handle multiple feedstocks with the right configuration. Our MZLH series biomass pellet mills are built to process everything from sawdust to palm shells to rice husk — you just need the right dies and possibly different preprocessing.

For example:

• Palm shells need crushing first (XPJ chipper or heavy hammer mill)
• Rice husk can go straight to the pellet mill if clean, but needs hardened dies
• Sawdust often needs no preprocessing at all
• EFB requires a full line with shredder, dryer, and hammer mill

The client in our 1.5 t/h straw-wood plant blends 40% rice straw, 25% corn stalks, 15% cassava stems, and 20% wood residues — all in the same MZLH420 pellet mill. The key is consistent particle size and moisture before the material hits the die.

Policy Support You Should Know

The Indonesian government has set a target of 23% renewable energy in the national mix by 2025. This is enforced through:

• Law No. 30/2007 on Energy
• Presidential Regulation No. 22/2017 on the National Energy Plan

Incentives include feed-in tariffs, tax exemptions for renewable energy projects, and simplified licensing. Co-firing programs in coal plants are creating guaranteed demand for biomass pellets.

The Bottom Line

Indonesia’s biomass potential is real and underutilized. With 146 million tons annually and a government push for renewable energy, the conditions for investing in pellet plant in Indonesia are better than they’ve ever been.

The key is matching your equipment to your available feedstock. If you’re near palm oil mills in Sumatra, focus on shells and possibly EFB. If you’re in Java, rice husk and agricultural residues make sense. If you’re in Jepara, sawdust is your friend.

We’ve installed equipment for all these feedstocks across the archipelago. The 6 t/h rice husk plant in Central Java, the 4-5 t/h construction waste plant in Jakarta, the 2-3 t/h furniture waste plant in Jepara, the MZLH320 sawdust installations for first-time buyers — each one was configured for the local material.

If you want to explore what makes sense for your specific location and feedstock, send us:

• Your region (or where you plan to locate)
• What materials you have reliable access to
• Estimated monthly volume
• Your power availability

We’ll recommend the right pellet making machine in Indonesia configuration and give you a realistic budget. And if you want to visit any of the installations mentioned, we can try to arrange it — our clients have been generous about showing others what’s possible.

You’ve asked exactly the right question — and you’ve identified one of our core strengths. While many people know us for wood pellet plants, our business scope is actually much broader. We design, manufacture, and install equipment for biomass pellets, animal feed, organic fertilizer, cat litter, and much more.

The reason this matters for someone like you is simple: different materials require different engineering approaches. A feed mill needs precise conditioning and mash uniformity. A cat litter line needs gentle handling and often stainless steel for corrosive materials. A wood pellet plant needs heavy-duty construction and forced feeders. One-size-fits-all doesn’t work.

Let me show you the range of projects we’ve completed in Indonesia — not just wood pellets, but the full spectrum of pellet machine in Indonesia applications.

RICHI Pellet Plant Projects in Indonesia: Beyond Wood

Our Indonesia project list reads like a catalog of what’s possible with the right equipment and engineering. Here are some recent installations that demonstrate our versatility:

What This Range Tells You

When you work with RICHI, you’re not getting a specialist in just one area — you’re getting a company that has engineered solutions for the full spectrum of pellet production line for sale in Indonesia applications.

Cat Litter (500 kg/h, 2022)
This client in Bandung had tofu waste (okara) piling up. They wanted to turn it into cat litter. We designed a line with dewatering press, dryer, and MSZLH250 pellet mill with stainless steel contact parts. The pellets are absorbent, natural, and now sold in Jakarta pet stores.

Shrimp Feed (2 t/h, 2022)
South Sulawesi is shrimp country. This client needed a line that could produce 1.5-2mm sinking pellets with excellent water stability. Our SZLH420 with fine dies and long conditioner delivers that. They’re now supplying 30+ shrimp farms in the region.

Small Animal Feed Machine(500-700 kg/h, 2021)
A Java poultry farm wanted to stop buying commercial feed. We gave them a complete feed mill plant in Indonesia sized for their 50,000 birds. Hammer mill, mixer, pellet mill, cooler — everything they needed. They tell us feed costs dropped 18% in the first year.

Wood Crushing Systems (2021)
A Kalimantan biomass operator needed heavy-duty hammer mills for mixed tropical hardwoods. We supplied two 160kW SFSP units with wear-resistant hammers. They process 8-10 tons per hour, feeding two pellet lines.

Multiple SZLH250 Feed Mills (2019)
This Central Java cooperative runs two identical mills — one for poultry feed (3.5mm pellets), one for cattle (8mm). Same machine, different dies, different formulations. That’s the flexibility of our SZLH series.

Fish Feed Extruder (2018)
This East Java operation does it all — wood shredding, grass crushing for cattle, and floating fish feed. Our DSP series extruder produces 500-600 kg/h of floating pellets for their own ponds and neighbors.

FDF360 Flat Die Mill (2021)
Sometimes the simplest solution is best. This Sumatra cooperative bought a small flat die mill for their own feed. Low cost, easy operation, perfect for their scale.

Why This Matters for Your Diverse Operation

If you’re running a diversified business — poultry, maybe aquaculture, maybe waste processing — you need equipment that matches each application. But you also want the efficiency of working with one supplier who understands your entire operation.

That’s where RICHI excels. We can supply:

• Feed mills for poultry, cattle, swine (SZLH series)
• Aquafeed lines for fish and shrimp (extruders and pellet mills)
• Fertilizer plants for manure management (FZLH series with stainless steel)
• Cat litter lines from wood or agricultural waste (MSZLH series)
• Biomass plants from any cellulosic material (MZLH series)
• Support equipment — hammer mills, mixers, dryers, coolers, screens, baggers — all matched to your capacity

And because we manufacture everything ourselves, we can customize each component for your specific material. Need stainless steel for corrosive cat litter? Done. Need hardened dies for rice husk? Standard option. Need a longer conditioner for better shrimp feed gelatinization? We’ll build it.

How We Work with Diversified Clients

A typical conversation with someone like you goes like this:

1. You tell us about your operation — what you’re doing now, what you want to add, what waste materials you have.
2. We discuss priorities — which application makes the most business sense to tackle first.
3. We design a phased approach — maybe start with a feed mill for your poultry, add a cat litter line next year from your waste, then consider shrimp feed when you’re ready.
4. We engineer each piece to work together — same control philosophy, same quality standards, so your operators don’t have to learn completely different systems.

The client in East Java who bought the wood shredder, grass crusher, and fish feed extruder in 2018 is a perfect example. They started with one piece of equipment, added another, and now have a fully integrated operation. All from RICHI, all supported by the same team.

Recent Projects You Should Know About

Beyond the list above, we’ve also recently completed:

• 6 t/h Rice Husk Pellet Plant in Central Java (2023) — complete with hardened dies and dust collection
• 3 t/h EFB Pellet Line in Riau (2022) — shredder, dryer, hammer mill, MZLH520 pellet mills
• 10 t/h Poultry Feed Mill in Lampung (2023) — full batching system with PLC control
• 1 t/h Organic Fertilizer Line in East Java (2022) — from chicken manure to 4mm fertilizer pellets
• 2 t/h Floating Fish Feed Line in West Java (2023) — twin-screw extruder, belt dryer, oil coater

Each of these projects required different engineering, different materials of construction, different process flows. That’s what we do.

The Bottom Line

When you search for pellet making machine in Indonesia, you’ll find plenty of options. But if you want a partner who understands the full range of applications — from feed to fuel, from fertilizer to cat litter — RICHI is your company.

We’ve been supplying pellet mill in Indonesia for over a decade, and our project list shows the breadth of what’s possible. Whether you need a single machine or a complete plant, whether your material is wood or waste, feed or fiber — we’ve engineered it before.

If you’re ready to discuss your diversified operation, send us:

• A description of your current and planned activities
• What materials you have available (and their approximate moisture)
• Your target capacities for each application
• Your power availability

We’ll work up a phased plan that makes sense for your business. And if you want to visit any of the installations mentioned, we can try to arrange it — our clients are proud of what they’ve built and often happy to show others.

You’re asking the most important question any first-time investor can ask. The equipment itself is just the beginning. What determines success or failure is everything that happens around it — the design, the installation, the training, the support when something goes wrong at 2 AM.

With over 25 years of experience building biomass wood pellet plants worldwide, we’ve developed a service philosophy that covers every phase of your project. When you invest in a pellet plant in Indonesia from RICHI, you’re not just buying machines. You’re buying a partnership that starts with your first inquiry and continues for the life of the equipment.

Let me walk you through exactly what that means in practice.

Phase 1: Personalized Customization & 3D Visualization

Every successful project starts with understanding your specific situation. Not just “I want to make wood pellets,” but:

• What raw materials do you actually have access to? (Sawdust? Logs? Palm waste?)
• What’s their moisture content? (Seasonal variation matters.)
• Where is your site? (Space constraints? Power availability? Access for trucks?)
• What’s your target output? (1 ton/hour? 5 tons/hour?)
• Who are your customers? (Industrial boilers? Export? Local households?)

We don’t guess. We work with you to accurately sort out your needs, then design a process flow that’s scientifically sound and practical for your conditions.

Then we show you, not just tell you. We provide detailed 3D renderings of the complete plant layout — equipment placement, material flow, access for maintenance. You’ll see exactly what your facility will look like before we build anything.

This isn’t just a nice visual. It’s a working tool. We scrutinize every aspect of the process with you, looking for ways to optimize. If something doesn’t make sense, we change it. Our philosophy is simple: we’ll meet your reasonable personalized needs at all costs, because a plant that works for you is a plant that succeeds for both of us.

Phase 2: On-Site Investigation & Local Adaptation

No two sites are identical. A design that works perfectly in a flat industrial park in Java might fail in a hillside location in Sumatra with different soil conditions and prevailing winds.

That’s why our professionals go deep into your construction site before finalizing anything. We do thorough on-the-ground surveys to understand:

• Topography and drainage
• Wind patterns (important for dust control and dryer placement)
• Neighboring properties (setbacks, noise considerations)
• Power supply reliability
• Access for construction equipment and delivery trucks
• Local building practices and available materials

This on-site investigation lets us truly adapt measures to local conditions. We might adjust foundation designs based on soil tests. We might reposition the dryer based on prevailing winds to minimize dust in work areas. We might simplify certain structures if local fabrication is available, saving you money.

The goal is a plant that’s not just theoretically correct, but practically optimal for your specific location — scientific, economical, and environmentally sound.

Phase 3: Professional Installation & Commissioning

This is where experience separates the professionals from the amateurs. Our technical team averages over a decade of field experience — many have been with us for 15-20 years. They’ve installed pellet mill in Indonesia projects from Aceh to Papua, in every conceivable condition.

What does that mean for you?

Unified management. Every installation is led by a RICHI supervisor who coordinates the entire process. No finger-pointing between different subcontractors. One team, one standard, one point of accountability.

Rigorous training. Our installers aren’t just mechanics. They’re teachers. They work alongside your local team, explaining not just what to do, but why it’s done that way. This knowledge transfer is invaluable when problems arise later.

Strict quality control. Every connection, every weld, every alignment is checked against our standards. We’ve seen too many plants that “sort of work” but never run right because of sloppy installation. That’s not our way.

Speed with quality. We know that every day your plant isn’t producing is a day you’re not making money. Our teams are efficient because they’ve done it before — many times. We help you seize market opportunities by getting you into production faster.

Phase 4: Operator Training & Knowledge Transfer

A perfect plant run by untrained operators will fail. We’ve seen it happen with other suppliers’ projects. That’s why we take training seriously.

After installation and commissioning, we provide one-to-one technical guidance tailored to your actual situation. Your operators learn:

• Daily startup and shutdown procedures
• Normal operating parameters (what to watch for)
• How to recognize developing problems
• Basic maintenance (die changes, hammer flipping, bearing lubrication)
• Safety procedures

We stay until your team can fully operate the pellet production line in Indonesia on their own — confidently, safely, efficiently. Not just “we showed them once and left.” We’re responsible for their competence.

This “customer-centric” approach means we don’t consider the project complete when the machines run. We consider it complete when your team runs them.

Phase 5: Ongoing Technical Support & Rapid Response

Plants break. Things go wrong. Materials change. Operators make mistakes. That’s reality.

What matters is how quickly you can get back up and running.

Our technical support is available 24 hours a day, 7 days a week. When you have a problem, you reach a real person who understands your equipment. Not a call center reading from a script — an engineer who can diagnose and guide.

Telephone consultation handles most issues quickly. We talk you through troubleshooting, identify the problem, and get you running again — often in minutes.

Door-to-door service happens when the problem requires eyes on site. If telephone support isn’t enough, we dispatch a technician to your location. How fast? That depends on your location and visa requirements, but we prioritize emergencies and have a track record of rapid response.

We also track every service request. When we see patterns — a particular issue recurring — we don’t just fix it once. We improve the equipment design to prevent it from happening again. This continuous improvement means your next pellet machine in Indonesia will be better than your first.

Phase 6: Lifetime Maintenance & Continuous Improvement

Here’s a promise most equipment suppliers won’t make: we provide service for the life of your equipment. Not just during warranty. Not just for the first year. For as long as you operate the machines.

What does that mean practically?

Spare parts availability. We maintain inventory of common wear parts — dies, rollers, hammers, screens, bearings. When you need something, you don’t wait months for manufacturing. We ship from stock.

Technical updates. As we improve our designs, we make those improvements available to existing customers. Sometimes it’s a better roller configuration. Sometimes it’s an upgraded control feature. You benefit from our ongoing R&D.

Regular check-ins. We don’t wait for you to call with problems. Our sales and service teams maintain contact, checking in periodically to see how things are running. This proactive approach catches small issues before they become big ones.

Product dynamic improvement system. When we solve a problem for one customer, we don’t just file it away. We immediately review whether the design can be improved to prevent that problem in future machines. And we look at whether existing customers could benefit from retrofits.

What This Means for Your Project

When you choose RICHI for your wood pellet manufacturing equipment for sale in Indonesia, you’re getting:

This isn’t marketing language. It’s how we’ve operated for 25 years. It’s why customers who bought their first pellet press in Indonesia from us in the early 2000s still call us when they need advice or parts. It’s why so many of our projects come from repeat customers or referrals.

Real Examples from Indonesia

The 4-5 t/h construction waste plant in Jakarta? We spent two weeks on site during installation, then returned twice for follow-up training. The operators there now train new hires themselves.

The 2-3 t/h furniture waste plant in Jepara? When they had a bearing failure at 2 AM, our engineer walked them through the replacement by phone. The machine was running again by breakfast.

The 1-1.5 t/h sawmill plant in Kalimantan that expanded to 3-3.5 t/h? They ordered their second pellet mill in Indonesia from us because they knew the support would be there when they needed it.

The cat litter line in Bandung? The customer had never made cat litter before. We helped them formulate the right mix, adjust the dryer settings, and dial in the pellet mill. Today they’re selling to pet stores in Jakarta.

The Bottom Line

A pellet making machine in Indonesia is a significant investment. But the machine itself is only part of what you’re buying. The real value is in the partnership that ensures that machine runs reliably, year after year, producing quality product that builds your business.

That’s what 25 years of experience gives you. That’s what RICHI delivers.

If you’re ready to move forward with your pellet plant project, here’s what happens next:

1. You contact us with basic information about your raw materials, target capacity, and site.
2. We discuss your needs in detail, asking the questions that help us understand your situation.
3. We prepare a preliminary design and 3D visualization for your review.
4. We visit your site (if the project scale warrants it) to verify conditions.
5. We provide a firm proposal with equipment list, layout, timeline, and price.
6. You approve, we build — and the partnership begins.

And it doesn’t end when the machine ships. That’s just the start.