Pelleting Machine In Nigeria

We understand that choosing the right pelleting machine in Nigeria is critical to the success of your operation. The specifications, particularly motor power and output capacity, must align with your raw material type, target production volume, and final product requirements.

Below is a detailed breakdown of our core pelleting machine series, widely exported and proven across various Nigerian industries, from commercial feed milling to renewable energy production.

Selecting the correct model depends on your specific application. For instance, high-capacity feed pellet production lines supplying large poultry integrators typically opt for the SZLH508 or larger models, while a farm-based operation might find the SZLH320 perfectly suited.

For biomass pellet plant projects utilizing Nigeria’s abundant sawdust and palm kernel shell (PKS), the MZLH520 is a popular choice due to its robust construction and optimal output.

Here are the key technical specifications for our primary machine categories:

Animal Feed Pellet Mill

Wood Pellet Mill

Straw/Forage Pellet Mill

Cat Litter Pellet Mill

Fertilizer Pellet Mill

The tables above represent our primary and most requested series of pelleting machines for the Nigerian market. However, our portfolio is far more extensive. We also manufacture and supply specialized machines such as Twin-Screw Extruders for high-end aquafeed, Single-Screw Dry Extruders, and Expanders for grain processing.

Crucially, we understand that every project in Nigeria has unique requirements. These standard models serve as a foundation.

Based on your specific raw material characteristics (e.g., moisture content, abrasiveness of Nigerian palm kernel shell), desired pellet size, and overall plant capacity, our engineers can provide custom modifications to the pelleting machine in Nigeria or recommend a completely tailored solution.

We don’t just sell machines; we provide the precise technology to ensure your pellet production line is efficient, reliable, and profitable.

The cost of a pelleting machine in Nigeria varies significantly based on the machine type, its capacity (output), motor power, and the specific configuration required for your materials.

It’s important to understand that the pellet machine price in Nigeria is not a single figure but a range that reflects the scalability from small-scale farm use to large industrial production.

The prices below are provided as FOB (Free On Board) reference ranges from our Qingdao port, based on our most popular models. Final pricing is influenced by current steel costs, accessory selection, and specific technical customizations for your project.

To address common searches, a small feed pellet machine price in Nigeria, such as for the compact SZLH250 model, typically starts in the range of $7,000 – $9,000 FOB.

Similarly, a versatile small pellet machine price in Nigeria for materials like grass or biomass, like the CZLH250 or MZLH320, generally falls within $7,500 – $16,000 FOB, depending on the build and features.

Below is a detailed breakdown of estimated price ranges for our core machine series to give you a clear market perspective:

Single Ring Die Feed Pellet Machine (FOB Price Range)
This series is central to Nigeria’s poultry and livestock feed industry. The animal feed pellet machine price in Nigeria scales directly with capacity and power.

Single Biomass/Wood Pellet Machine (FOB Qingdao Price Range)
Configuration includes anti-arching feeder, force feeder, pelletizer, and control cabinet.
Ideal for producing fuel from sawdust or palm kernel shell, the price of pelleting machine in Nigeria for biomass depends on the required throughput to meet energy demands.

Single Grass/Forage Pellet Machine (FOB Qingdao Price Range)
Configuration includes anti-arching feeder, conditioner, force feeder, pelletizer, and control cabinet.
Used for making fodder from grass or straw, this pelleting machine in Nigeria helps secure livestock feed supply. Prices reflect the need for conditioning and robust construction.

The tables above provide a reference for the cost of pelleting machine in Nigeria across our primary series. However, this is not an exhaustive list. We also manufacture and supply a wide range of other machines, including fertilizer pellet mills, cat litter granulators, and twin-screw extruders for aquaculture feed.

Crucially, the final quotation for a pelleting machine in Nigeria is project-specific. Factors like custom die sizes, special corrosion-resistant coatings for certain materials, the inclusion of spare parts packages, and the choice between a standalone machine or a complete process line will all influence the total investment.

To get the most accurate pellet machine price in Nigeria for your specific raw material, desired capacity, and final product goal, please contact us with your detailed requirements. Our technical team will provide a tailored solution and a precise quotation.

The fish feed pelleting machine price in Nigeria depends primarily on the type of feed you aim to produce—sinking or floating pellets—and the scale of your operation. The cost of fish feed pelleting machine in Nigeria for a compact, single-ring die system producing sinking pellets is distinct from the investment required for a high-capacity extrusion line for floating feed.

As a leading supplier, we offer a complete range, from affordable single machines for startups to full industrial extruder lines for large aquaculture enterprises. The final price of fish feed extruder machine in Nigeria is influenced by capacity, configuration, automation level, and the specific technical requirements of your raw materials.

Broadly, the investment ranges are as follows:

1. For Sinking Feed Production: A Single ring die sinking fish feed pelleting machine in Nigeria is a robust and cost-effective solution. The FOB price for a complete machine typically ranges from $7,000 to $85,000, with the variation based on model size and output capacity (from 1 T/H to over 20 T/H).
2. For Floating Feed Production: Floating fish feed extruder machine prices in Nigeria cover a wider spectrum due to the complexity of the technology. These systems can range from approximately $5,000 for a basic small-scale single-screw unit to over $300,000 for a fully automated, high-capacity twin-screw production line, including ancillary equipment.

For floating feed, the most commonly requested fish feed extruder machine for sale in Nigeria are our twin-screw and single-screw extruders. Below are the specifications and estimated price ranges for key models to guide your planning.

Twin-Screw Extruder (For Large-Scale Floating Feed)
This is the industry standard for high-volume, high-quality floating fish and shrimp feed production. The fish feed mill pellet machine in Nigeria using twin-screw technology offers superior starch gelatinization and formula flexibility.

Dry-Type Single-Screw Extruder
A popular and economical choice for small to medium-scale entrepreneurs entering the fish feed pelleting machine in Nigeria market. It operates without an external steam boiler, simplifying the setup.

Wet-Type Single-Screw Extruder
This type includes a conditioner for steam addition, improving product quality and versatility, and is suitable for slightly larger small-scale operations than the dry-type.

The equipment listed represents our core models for the Nigerian aquaculture feed sector. However, our capabilities extend far beyond these. We provide complete turnkey plants that include hammer mills, mixers, dryers, coaters, and packaging systems, all of which affect the total project cost of fish feed pelleting machine in Nigeria.

Selecting the right fish feed pelleting machine in Nigeria is a critical decision that depends on your budget, target market size, raw materials, and product goals. The prices above are FOB estimates for the main processing machine.

A final, accurate quotation requires a detailed understanding of your specific needs. We encourage you to contact us with your production targets and raw material profile for a customized solution and a precise fish feed pelleting machine price in Nigeria.

The total floating fish feed making machine price in Nigeria for a complete production line is a significant investment that varies greatly depending on the desired scale, level of automation, and the specific configuration of auxiliary equipment.

Unlike the cost of a single extruder, the price for a complete fish feed production machine in Nigeria encompasses the entire system—from raw material grinding and mixing to extrusion, drying, coating, cooling, and packaging.

The fish feed machine price in Nigeria scales substantially with capacity; a small-scale semi-automatic line has a vastly different budget than a fully automated industrial plant. Below, we provide estimated total project price ranges for standard floating feed line configurations, with the core extrusion technology being the primary differentiator.

Complete Floating Fish Feed Line with Single-Screw Extruder
Ideal for entrepreneurs, startups, and small to medium-scale enterprises (SMEs) entering the market. These fish feed making machine in Nigeria lines offer a balance of affordability and capability, producing high-quality floating feed for catfish and tilapia.

• For 200-400 kg/h Capacity: A compact, semi-automatic line suitable for local supply or farm-based production. Estimated Total Project Price: $60,000 – $80,000 USD.
• For 500-600 kg/h Capacity: A more robust line with better automation in mixing and drying, ideal for a growing business. Estimated Total Project Price: $70,000 – $100,000 USD.
• For 800-1000 kg/h Capacity: A substantial small scale fish feed plant setup with enhanced consistency and efficiency. Estimated Total Project Price: $130,000 – $170,000 USD.

Complete Floating Fish Feed Line with Twin-Screw Extruder
The solution for established floating fish feed mills, large aquaculture farms, and commercial producers requiring high output, superior product quality, and formula flexibility. This represents the premium segment of floating fish feed machine in Nigeria investments.

• For 0.5-1.0 T/H Capacity: An entry-level industrial line for serious commercial production. Estimated Total Project Price: $150,000 – $200,000 USD.
• For 1.5-2.0 T/H Capacity: A standard capacity for a dedicated feed mill supplying a regional market. Estimated Total Project Price: $440,000 – $560,000 USD.
• For 3.0-4.0 T/H Capacity: High-capacity production for major suppliers. Estimated Total Project Price: $530,000 – $650,000 USD.
• For 5.0-6.0 T/H Capacity: Large-scale industrial production line. Estimated Total Project Price: $670,000 – $840,000 USD.
• For 8.0-10.0 T/H & Above: For national-level feed manufacturing conglomerates. Estimated Total Project Price: $880,000 – $1,200,000+ USD.

Important Note on Pricing & Scope:
The prices quoted are estimated total project ranges for a standard configured line (FOB or CIF terms can be arranged). The final fish feed machine in Nigeria price is customized and can be influenced by:

• Core Extruder Model: Choice between specific single-screw (DGP series) or twin-screw (SPHS series) models.
• Auxiliary Equipment Quality: Selection of hammer mills, mixers, dryer type (single vs. multi-pass), coating systems, and packaging automation.
• Civil Works & Installation: While we provide full layout and technical guidance, local construction costs in Nigeria are not included.
• Electrical Control Systems: The complexity of the PLC control panel significantly affects cost.
• Spare Parts Package: The scope of initial spare parts (dies, cutters, etc.).

While we are a leader in providing the pelleting machine in Nigeria for feed, our expertise and equipment range extend to all aspects of feed production. The configurations above are standard examples.

We can tailor every aspect of the fish feed production machine in Nigeria—from the raw material intake design to the bagging system—to match your exact budget, site conditions, and product goals.

To receive a detailed and accurate quotation for your specific floating fish feed machine price in Nigeria, please contact our sales team with your target capacity, available factory space, and any specific product requirements. We will prepare a comprehensive proposal, including a full equipment list and process flow diagram.

Investing in a complete feed production line is a significant step, and understanding the pelleting machine in Nigeria cost within a full system context is crucial for budgeting.

The total price varies dramatically based on capacity, the choice between flat die (for smaller, farm-based setups) and industrial ring die systems, and the level of automation in auxiliary equipment like grinding, mixing, and packaging.

Below is a detailed breakdown of estimated price ranges for standard configurations of poultry and livestock feed lines we export to Nigeria. These are FOB reference prices, and the final investment can be tailored based on your specific site requirements and material characteristics.

Complete Flat Die Pelletizer Production Line (For Small Capacity)
Ideal for integrated farms, agri-entrepreneurs, or small cooperatives needing to produce both mash and pellet feed on-site. These compact lines typically include a hammer mill, horizontal mixer, and a flat die pellet machine.

• For 1t/h Mash Feed + 0.2-0.3t/h Pellet Feed: A basic, cost-effective entry-level setup. Estimated FOB Price Range: $12,000 – $16,000.
• For 1t/h Mash Feed + 0.5-0.6t/h Pellet Feed: A more capable system with slightly higher pellet output. Estimated FOB Price Range: $13,500 – $17,500.
• For 1t/h Mash Feed + 0.8-1.0t/h Pellet Feed: A robust small-scale line for consistent pellet production. Estimated FOB Price Range: $15,000 – $19,000.

Complete Ring Die Pellet Feed Production Line (For Commercial & Industrial Capacity)
This is the standard for dedicated feed mills, large farms, and commercial producers. Prices vary significantly based on design complexity, automation of the weighing system, mixer type, and post-pelleting cooling/screening.

For 1-2 T/H Capacity: A small commercial feed mill setup. Estimated FOB Price Range: $30,000 – $60,000.

For 3-4 T/H Capacity: A standard line for serving a local or regional market. Estimated FOB Price Range: $60,000 – $200,000.

For 5-6 T/H Capacity: A high-output line for established businesses. Estimated FOB Price Range: $80,000 – $250,000.

For 10 T/H Capacity: A major production facility. Estimated FOB Price Range: $170,000 – $320,000.

For 15 T/H Capacity: Large-scale industrial production. Estimated FOB Price Range: $240,000 – $400,000.

For 20 T/H & Above (30T/H, 40T/H, 60T/H, up to 120T/H): For national-level feed manufacturing. Estimated FOB Price Range: $440,000 – $1,100,000+.

For operations focused on producing fodder pellets from alfalfa, grass, or crop residues like straw, the pelleting machine in Nigeria is part of a specialized system that often includes shredding, drying, and sometimes bale breaking.

The total line price is driven by the need to handle bulky, fibrous materials and achieve the correct moisture content for pelleting.

• For 0.3-2 T/H Capacity: A small to medium-scale line for farm or cooperative use. Estimated FOB Price Range: $37,000 – $62,000.
• For 0.5-4 T/H Capacity: A versatile commercial line. Estimated FOB Price Range: $80,000 – $200,000.
• For 1-6 T/H Capacity: A robust line for dedicated forage pellet producers. Estimated FOB Price Range: $99,000 – $220,000.
• For 2-10 T/H Capacity: High-capacity industrial production. Estimated FOB Price Range: $190,000 – $400,000.
• For 3-12 T/H & 4-20 T/H Capacity: Large-scale industrial turnkey pellet plants for biomass fuel or major fodder supply. Estimated FOB Price Range: $220,000 – $620,000.

Important Note on Customization:
The configurations and price ranges above are for standard, predefined production lines. They serve as a reliable starting point for understanding the pelleting machine in Nigeria investment within a complete system. However, in practice, most projects require customization.

Factors like specific raw material properties (e.g., the abrasiveness of palm kernel shell for biomass pellet mill plants, or the fat content in certain feed formulas), local power supply conditions, desired final pellet specifications, and the chosen level of automation (manual, semi-auto, full PLC control) will all influence the final design and cost.

The lines presented here are our primary models, but they are not an exhaustive list. We engineer solutions for a vast array of materials and sectors. To receive a precise and detailed quotation for a fully customized pelleting machine in Nigeria and its accompanying production line, please contact us with your specific capacity goals, raw material analysis, and site details. Our engineering team will design a solution optimized for your success.

The total investment for a biomass pellet line for sale Nigeria varies significantly based on the desired scale, the specific raw materials (e.g., sawdust, wood chips, palm kernel shell (PKS), rice husk), and the required level of automation in preprocessing and post-processing stages.

The core pelleting machine in Nigeria is a major component, but the total plant price includes essential auxiliary systems like chipping, grinding, drying (critical for Nigeria’s humidity), cooling, and packaging.

The price ranges below are estimated for a complete, functional plant (FOB basis) and scale with both output capacity and the complexity needed to handle different Nigerian biomass feedstocks reliably.

Below is a detailed breakdown of the estimated investment ranges for standard biomass pellet mill line capacities we supply to the Nigerian market:

Biomass Pellet Plant Price Guide (Estimated Total Plant Investment – FOB)

Crucial Note on Customization & Final Pricing:

It is vital to understand that the prices above are reference ranges only. The final cost of a biomass pellet machine line in Nigeria is inherently custom. Key factors that determine where your project falls within these wide bands include:

• Raw Material Profile: Processing dry sawdust is far less complex and costly than processing high-moisture, abrasive palm kernel shells (PKS), which require extensive drying and wear-resistant pellet mill components.
• Preprocessing Requirements: The need for a wood chipper, a high-capacity hammer mill, or a specialized shredder for fibrous materials (like empty fruit bunches) adds to the cost.
• Drying System: The choice and size of the dryer (e.g., rotary drum dryer, belt dryer) to handle Nigeria’s humid climate is one of the most significant cost variables.
• Automation Level: A plant with manual feeding and bagging differs vastly in price from one with full PLC control, automatic weighing, and robotic palletizing.
• Civil Works & Installation: While our quote is typically for equipment (FOB/CIF), we provide layout and foundation plans; local construction costs in Nigeria are separate.

The core pelleting machine in Nigeria for your plant will be selected from our MZLH series or other heavy-duty models, precisely matched to your material’s characteristics. However, we are a full-line supplier. We engineer the complete system—from raw material intake to bagged pellets—ensuring all components work in harmony.

To receive a precise and tailored quotation, please contact us with details about your available feedstock, target capacity, site conditions, and final product specifications. Our engineering team will design a plant optimized for your success and provide a detailed, fixed-price proposal.

The hammer mill price in Nigeria varies based on the machine’s size, motor power, and its intended application—whether for high-volume grain processing in an animal feed processing plant, tough fibrous material like wood chips for biomass, or straw for fodder.

As a core piece of preprocessing equipment in any pellet plant, the right industrial hammer mill Nigeria is crucial for achieving consistent particle size, which directly impacts the efficiency of your downstream pelleting machine in Nigeria.

Below are the specifications and estimated price ranges for our SFSP series drop-type hammer mills, a top choice for Nigerian feed, biomass, and agro-processing industries due to their robust construction and high efficiency.

Drop-Type Hammer Mill (SFSP Series) Specifications & Price Guide
This versatile feed hammer mill Nigeria is engineered to handle a wide range of Nigerian materials, from maize and soybeans to wood chips and crop residues. The “drop-type” or water-drop shaped chamber design enhances crushing efficiency and output.

Key Features & Benefits for the Nigerian Market:

• High-Efficiency Design: The optimized water-drop shaped crushing chamber and secondary crushing structure can increase output by up to 25% compared to conventional models, making your hammer mill Nigeria investment more productive.
• Material Versatility: This single grain crusher machine Nigeria can process grains, tough forage, and even wood chips. By changing the sieve screen (customizable from 0.5mm to 20mm), you can produce the perfect particle size for poultry feed, biomass pellets, or livestock mash.
• Built for Durability: Constructed as a heavy duty hammer mill Nigeria, it features a reversible rotor to extend hammer life, a precision dynamic balancing tested rotor for low vibration, and adjustable components to break up material circulation layers, ensuring stable, long-lasting operation.
• Safety & Ease of Maintenance: Equipped with safety interlock devices and a movable operation door with linked screen pressure mechanism, allowing for safer and more convenient servicing—a critical consideration for maintaining uptime.

Choosing the Right Model & Final Pricing:
Selecting the correct model depends on your primary material and required hourly tonnage. For example, a feed preparation plant focusing on grains might choose an SFSP66*80 with a 90KW motor, while a wood hammer mill Nigeria processing palm kernel shells would require a more powerful model like the SFSP66*120 with a 185KW motor to handle the abrasive material.

The price ranges provided are FOB estimates for the standard machine. The final hammer mill price in Nigeria for your project can be influenced by:

• Motor Brand & Starter Selection: Choice of premium or standard motor and direct-on-line or star-delta starter.
• Custom Sieve Screens: Specific sieve sizes or special materials (e.g., stainless steel for certain applications).
• Feeding System: Inclusion of a cyclone, airlock, or specific feeding mechanism.
• Spare Parts Kit: The initial package of spare hammers, screens, and pins.

We supply industrial hammer mill Nigeria units for every scale, from standalone farm operations to integrated lines feeding a large-capacity pelleting machine in Nigeria. For a precise quotation tailored to your material and capacity needs, please contact us with your specific requirements.

The wood chipper machine price in Nigeria for a heavy-duty industrial model typically ranges from $16,000 to over $100,000 USD. This significant range reflects the varying capacities, power requirements, and configurations needed to process different volumes and types of Nigerian timber, from plantation waste and branches to full-sized logs.

Choosing the right industrial wood chipper Nigeria is the critical first step in a biomass pellet production line, as it determines the consistency and size of the raw material fed to your downstream hammer mill and pelleting machine in Nigeria.

Below are the technical specifications and estimated price brackets for our robust XPJ series drum chippers, designed for the demanding conditions of Nigerian sawmills, furniture factories, and biomass energy plants.

Drum Wood Chipper (XPJ Series) Specifications & Price Guide
This series of industrial wood chipper Nigeria machines is engineered to process logs, branches, and wood strips into uniform 20-40mm wood chips (screen size customizable). Their hydraulic feed system is particularly effective for handling irregular Nigerian hardwoods and ensuring continuous, non-slip operation.

Key Features & Benefits for Nigerian Operations:

• Robust Construction & Safety: The welded high-strength steel plate body ensures stability under heavy loads. Flying knives are securely locked with special bolts and pressure mechanisms, preventing displacement for safe, reliable operation—a critical feature for high-duty cycles.
• High-Wear Component Quality: Both the flying knives and bed knives are made from 6CrW2Si steel, treated with quenching processes to maximize hardness and wear resistance against Nigeria’s often dense and abrasive hardwoods.
• Advanced Hydraulic Feed System: This system automatically adjusts the feed rollers to grip logs of varying diameters, providing a constant, forced feed. This eliminates slippage and kickback, ensuring smooth, high-yield chipping essential for maintaining feed stock for a pellet plant.
• Precision Engineering for Longevity: The rotor is dynamically balanced to guarantee concentricity, drastically reducing vibration and noise while extending the machine’s service life and minimizing maintenance costs.

Selecting the Right Chipper & Final Cost Factors:
The correct model depends on your primary raw material’s diameter and your required hourly chip output. For instance, a plantation clearing operation might opt for the XPJ680x300, while a large biomass plant sourcing from multiple sawmills would invest in the XPJ1200*500.

The final wood chipper Nigeria price within the given ranges is influenced by:

• Motor Configuration: Choice of electric motor brand and starter type.
• Customization: Specific requirements for discharge conveyor length or special screening.
• Spare Parts Package: Inclusion of an initial set of high-wear knives and critical spares.

We supply industrial wood chipper Nigeria machines as standalone units or as perfectly integrated components within a complete biomass pelletizing plant designed to feed your pelleting machine in Nigeria. For a precise quotation based on your specific timber sources and production goals, please contact us with your detailed requirements.

The feed mixer machine price in Nigeria varies significantly based on the mixer type, batch capacity, construction material (standard carbon steel vs. food-grade stainless steel), and discharge mechanism. For a standard horizontal feed mixer Nigeria suitable for commercial poultry or livestock feed production, prices can range from approximately $2,800 to $36,500 USD.

This broad range allows Nigerian feed millers to select a feed mixer machine Nigeria perfectly matched to their operation’s scale—from small farm-based setups to large industrial plants.

The right mixer is essential for achieving a homogeneous blend of grains, protein meals, vitamins, and minerals, which directly impacts animal nutrition and the consistent performance of your downstream pelleting machine in Nigeria.

Below is a detailed overview of our primary mixer series, their specifications, and estimated price brackets to guide your selection.

1. SLHJ Series Single-Shaft Double-Layer Paddle Mixer
This versatile paddle mixer Nigeria is highly effective for feed, organic fertilizer, and even viscous materials. Its dual-layer paddle design ensures rapid and thorough mixing.

2. SLHSJ Series Twin-Shaft Paddle Mixer
Known for superior mixing uniformity and shorter cycle times, this high-efficiency feed mixer machine Nigeria is ideal for premium feed, additives, and a wide range of dry to semi-moist materials.

3. SLHY Series Single-Shaft Ribbon Mixer
A classic and cost-effective choice for chicken feed mixer machine Nigeria operations. Its gentle yet effective action is perfect for blending dry powders and small pellets.

4. STHJ Series Molasses High-Speed Mixer
Specifically designed for Nigerian ruminant feed production, this continuous mixer efficiently incorporates viscous liquids like molasses into dry feed before pelleting.

5. ZGH Series Drum Mixer
An economical solution for small-batch premixing of vitamins, minerals, or additives on the farm or in small-scale feed operations.

Choosing the Right Mixer & Final Cost Factors:
Selecting the correct model depends on your batch size, ingredient profile (dry vs. liquid addition), and hygiene requirements. A medium-sized feed mill factory might choose the SLHJ2A, while an operation focusing on fortified cattle feed with molasses would integrate the STHJ series.

The final feed mixer prices in Nigeria are influenced by:

• Material of Construction: Stainless steel models (B-series) command a premium over carbon steel (A-series).
• Discharge System: Pneumatic discharge is more convenient and costly than manual.
• Motor and Gearbox Brand: Selection of premium components for reliability.
• Customization: Special liners, spray nozzles for liquid addition, or unique dimensions.

We supply horizontal feed mixer Nigeria machines for every segment of the market, ensuring perfect integration into your complete feed manufacturing line. For a precise quotation tailored to your specific mixing needs and capacity, please contact us with your detailed requirements.

The rotary drum dryer price in Nigeria for a commercial or industrial-scale unit typically ranges from $15,000 to over $180,000 USD.

This wide variance is due to the dryer’s size (diameter and length), construction capacity, and the inclusion of critical auxiliary systems like advanced heat sources, dust collection, and—most importantly for biomass—integrated spark detection and fire suppression systems.

Selecting the right sawdust drying machine Nigeria is often the most crucial and costly stage in a biomass pellet line, as it directly determines the moisture consistency of the feedstock, which is essential for the efficiency and quality of your downstream pelleting machine in Nigeria.

Below are the technical specifications and estimated price brackets for our robust rotary drum dryer series, engineered to handle Nigeria’s high-moisture wood chips, sawdust, and agricultural residues efficiently and safely.

Industrial Rotary Drum Dryer Specifications & Price Guide
Our dryers are designed to process high-moisture materials like wet sawdust, wood chips, and fibrous agro-waste, reducing moisture to the optimal level (typically 10-15%) for pelleting. The 3C models indicate triple-pass designs for higher thermal efficiency.

Key Features & Benefits for Nigerian Biomass Operations:

• Built for Safety & Durability: Given the fire risk when drying organic materials, our dryers come equipped with a complete spark detection and fire suppression system (detector, alarm, controller, sprinkler). This is non-negotiable for safe operation. The drum is supported by cast steel riding rings and wear-resistant tires for strength and long-term, stable operation under high thermal loads.
• Optimized Drying Efficiency: The internal lifting flights are specially designed to shower the material evenly through the hot air stream, maximizing heat transfer and minimizing residual moisture variation—a key to producing quality pellets.
• Material Versatility: This rotary drum dryer effectively handles fibrous, lumpy, and granular biomass, making it perfect for diverse Nigerian materials like fresh sawdust, palm kernel shells, wood chips, and chopped agricultural residues.
• Adaptable Operation: With a variable frequency drive (VFD) allowing drum speeds from 3-12 RPM, operators can fine-tune the retention time based on the initial moisture content of the feedstock, which can vary greatly with Nigeria’s seasons.

Selecting the Right Dryer & Final Cost Factors:
The correct model is chosen based on your required evaporation rate (kg of water removed per hour), which depends on the initial moisture of your raw material and your pellet plant’s throughput. For example, a plant processing green sawdust would need a larger dryer (like the φ1.5*15) compared to one processing partially air-dried chips.

The final price within these ranges depends on:

• Heat Source Configuration: Package with a biomass furnace, gas burner, or oil burner, and the complexity of the hot air system.
• Dust Collection System: Inclusion and size of a cyclone or bag filter system.
• Control System Level: Basic manual control vs. semi-automated PLC panels with temperature monitoring.
• Construction Details: Standard carbon steel vs. elevated stainless steel sections for corrosion resistance.

We provide sawdust drying machine for sale Nigeria solutions as standalone units or as perfectly integrated components within a complete biomass pellet making plant. For an accurate quotation based on your specific material moisture data and production goals, please contact us with your detailed requirements.

The belt dryer machine price in Nigeria for a commercial or industrial unit spans a broad range, typically from $13,000 to over $250,000 USD.

This wide spectrum reflects the dryer’s scale, heating method (electric vs. steam), material of construction, and the sophistication of its temperature and humidity control systems.

Unlike high-temperature rotary drum dryers for biomass, a continuous belt dryer Nigeria excels in gentle, precise drying, making it the preferred choice for Nigeria’s growing value-added food processing and high-quality aquafeed sectors.

Selecting the right model is critical for preserving product quality, nutritional value, and shelf life.

Below are the technical specifications and estimated price brackets for our DHG (electric) and QHG (steam) series multi-pass belt dryers, designed for efficiency and consistency in Nigerian climates.

Multi-Pass Belt Dryer Specifications & Price Guide
Our dryers feature efficient hot air circulation, multi-layer conveyor belts to maximize drying area in a compact footprint, and precise zonal temperature control for uniform results.

Key Features & Benefits for Nigerian Food & Feed Processing:

• Precision Drying for Quality Preservation: Unlike simple tray dryers, our belt dryer machine Nigeria offers zonal temperature control. This allows for a customized temperature profile (e.g., lower inlet temperature, a heating peak, and a cool-down exit) which is essential for preventing case-hardening in fruits, preserving nutrients in vegetables, and achieving the perfect moisture content (2-10%) in floating fish feed without damaging heat-sensitive additives.
• Superior Energy Efficiency: The closed-loop hot air circulation design reuses thermal energy until humidity reaches a set point, reducing energy consumption by over 30% compared to conventional dryers. This is a critical cost-saving feature given Nigeria’s energy challenges.
• Hygienic All-Stainless Steel Construction: Many models, especially for food and feed, are built with full 304 stainless steel interiors and imported PET mesh belts. This prevents corrosion, ensures easy cleaning, and meets hygiene standards for export-quality production.
• Gentle and Uniform Processing: The multi-layer design with alternating transfer points prevents material clumping and ensures all particles are exposed evenly to the airflow from multiple directions, resulting in a moisture error rate of less than 2%—essential for consistent product quality and stable shelf life.

Selecting the Right Dryer & Final Cost Factors:
The choice between electric (DHG) and steam (QHG) models depends on your facility’s infrastructure and energy costs. A small agri-business might start with a DHG-500, while a large integrated fish feed plant would invest in a QHG-1000 or QHG-2000 for its higher efficiency at scale.

The final price is influenced by:

• Heating Source Configuration: Complete electric heating packages vs. integration with your existing steam boiler system.
• Control System: Basic manual controls vs. full PLC automation with touchscreen HMI for recipe management.
• Material Specifications: Standard carbon steel vs. full 304 stainless steel construction.
• Auxiliary Systems: Inclusion of advanced dehumidification units, customized feeding hoppers, or cooling sections.

We provide continuous belt dryer Nigeria solutions tailored for gentle thermal processing. Whether you are drying sliced ginger, producing premium floating feed, or dehydrating moringa leaves, we can customize a system to meet your exact product specifications and capacity needs. For a precise quotation, please contact us with details about your material, initial/final moisture content, and desired hourly output.

The automatic weighing packing machine price in Nigeria for a standard, single-spout model typically ranges from $5,000 to $20,000 USD. This investment covers a complete system that automates the final, labor-intensive stage of your production line—weighing, filling, and sealing bags with high precision.

The specific price within this range depends on the machine’s configuration, feeding mechanism tailored to your material (free-flowing pellets vs. fine powders), required speed, and construction materials.

Choosing the right feed packaging machine Nigeria or wood pellet bagging machine Nigeria is crucial for maintaining product integrity, ensuring consistent net weight for customer satisfaction, and significantly boosting your packaging throughput.

Below is a detailed overview of our DCS series automatic packing scales, their specifications, and estimated price brackets to match different Nigerian production needs.

DCS Series Automatic Weighing & Packing Machine Specifications & Price Guide
This series is designed for robust performance in demanding environments, offering various feeding systems to handle materials from granular feeds to dense wood pellets and fine powders.

Key Features & Benefits for Nigerian Production Lines:

• High Precision & Reliability: Equipped with a unique anti-shock device and high-accuracy load cells, these machines achieve a static weighing accuracy of ≤ ±0.1% and dynamic accuracy of ≤ ±0.2%. This minimizes product giveaway and ensures every bag meets stated weight regulations—critical for commercial trust and cost control.
• Material-Specific Feeding Systems: The choice of feeding mechanism is vital. Gravity feed is cost-effective for granules, auger screws are essential for powders to prevent bridging, and belt feeders are the gentlest option for delicate wood pellet bagging machine Nigeria applications to avoid pellet breakage.
• Robust PLC Control & Flexibility: The system combines a durable mechanical frame with a PLC microcomputer control unit. This allows for easy adjustment of bag weight (10-50kg range), selection of sealing methods (sewing, heat sealing, or a combination), and provides stable, repeatable operation with minimal operator intervention.
• Built for Industrial Duty: Designed to integrate seamlessly at the end of your production line, these packers handle the demanding environment of a mill or plant, providing a reliable finish to the process that begins with your pelleting machine in Nigeria.

Selecting the Right Packer & Final Cost Factors:
The correct model is determined by your material type, required hourly bag output, and hygiene needs. A small scale feed mill might select the DCS-50K, while a large wood pellet manufacturing plant would require the high-speed DCS-50P*2.

The final price is influenced by:

• Sealing System: Choice of sewing head, heat sealer, or a combination unit.
• Conveyor Integration: Length and type of incoming feed conveyor and bag handling conveyor.
• Control Upgrades: Advanced touchscreen interfaces or data logging capabilities.
• Spare Parts Kit: Initial set of spare parts like seals, nozzles, and sewing threads.

We supply automatic weighing packing machine Nigeria solutions to provide a professional finish to your product. For a precise quotation based on your specific material and output requirements, please contact us with your packaging details.

The pellet cooler machine price in Nigeria for a standard counterflow model typically ranges from $4,000 to $20,000 USD.

This critical investment addresses a fundamental post-pelleting need: efficiently reducing the temperature of hot, moist pellets exiting the pelleting machine in Nigeria to near ambient levels.

Proper cooling is non-negotiable; it stabilizes the pellets, prevents caking and mold during storage, and significantly reduces breakage during handling and transport. The specific cost depends on the cooler’s capacity, discharge mechanism, and material of construction, directly scaling with the output of your production line.

Below is a detailed overview of our two primary counterflow cooler series—SKLF (Flap Discharge) and SKLY (Rotary Vane Discharge)—along with their specifications and estimated price brackets tailored for Nigerian feed mills and pellet plants.

SKLF Series Flap-Type Counterflow Cooler
This counterflow pellet cooler Nigeria utilizes a gentle, hydraulically controlled swinging flap mechanism for discharge. It is renowned for minimal pellet breakage and is highly recommended for fragile products like aquaculture feed or premium livestock feed.

SKLY Series Rotary Vane-Type Counterflow Cooler
This pellet cooler machine Nigeria features a rotary vane (star wheel) discharger. It offers robust and continuous discharge, making it a cost-effective and reliable workhorse for standard feed and durable wood pellets.

Key Features & Benefits for Nigerian Pellet Producers:

• Superior Counterflow Cooling Efficiency: Both coolers utilize a proven principle where ambient air is drawn upward through a column of descending hot pellets. This opposite flow (counterflow) allows the coolest air to meet the coolest pellets at the bottom and the warmest air to exit the hottest pellets at the top, maximizing thermal exchange and achieving a final pellet temperature within 3-5°C of the room temperature.
• Engineered to Minimize Breakage: The SKLF’s hydraulic flap discharge is exceptionally gentle. The SKLY’s rotary vane provides steady, controlled discharge. Both are designed to handle pellets leaving your pelleting machine in Nigeria with care, directly impacting the amount of saleable whole pellets versus broken fines.
• Advanced Design for Uniform Results: Features like a four-way adjustable distributor ensure an even bed of pellets in the cooling chamber. The octagonal chamber design reduces dead corners where pellets could stagnate. An automatic material level control maintains a consistent bed depth for uniform cooling across the entire batch.
• Durable & Low-Maintenance Construction: Critical contact parts, including the top section and airlock feeder, are often constructed from stainless steel for corrosion resistance, which is vital for longevity in various processing environments. The system is designed for reliable operation with minimal ongoing maintenance.

Selecting the Right Cooler & Final Cost Factors:
Choose the SKLF Flap-Type for delicate, high-value pellets where minimizing breakage is paramount (e.g., fish feed, shrimp feed). Choose the SKLY Vane-Type for standard, durable pellets (e.g., poultry feed, wood pellets) where robust and continuous operation is the priority.

The final price is influenced by:

• Discharge Drive System: Choice between standard electric or optional hydraulic systems for the SKLF flap.
• Material Upgrades: Full carbon steel vs. stainless steel sections in critical areas.
• Auxiliary Equipment: Inclusion of integrated fans, ducting, or cyclones.
• Control Panel: Basic level control vs. more advanced automation integration.

We supply counterflow pellet cooler units as an essential component to finalize the quality of your pellet production. For a precise quotation based on your specific output and material, please contact us with your cooling requirements.

The pellet grading screen price in Nigeria for a standard vibrating or rotary model typically ranges from $2,000 to $10,000 USD. This essential piece of equipment is the final quality control checkpoint in your pellet production line, separating fines and oversized particles to ensure only uniform, market-ready product is bagged for sale.

The specific investment depends on the machine type (high-frequency vibrating screen vs. gentle rotary sifter), throughput capacity, and the number of grading layers.

Choosing the right vibrating screen Nigeria is critical for maintaining product consistency, enhancing customer satisfaction, and maximizing yield by recycling fines back into the production process.

Below is a detailed comparison of our two primary screening series—SFJZ (Vibrating) and SFJH (Rotary)—along with their specifications and estimated price brackets for the Nigerian market.

SFJZ Series Vibrating Grading Screen
This vibrating screen Nigeria uses a high-frequency, self-balancing vibratory motion for efficient separation. It is compact, powerful, and ideal for high-capacity screening of free-flowing materials like feed pellets or wood pellets.

SFJH Series Rotary Grading Screen
This sifter uses a gentle, horizontal rotary motion. It is exceptionally effective for more fragile pellets (like certain feed types) and provides more precise multi-size separation with minimal pellet degradation.

Key Features & Benefits for Nigerian Pellet Producers:

• Precision Grading for Quality Assurance: Both series efficiently remove dust and oversize particles, ensuring your final bagged pellets are clean, uniform, and meet customer specifications. The rotary (SFJH) series is particularly adept at creating three distinct product grades (large, medium, small) from a single stream.
• Optimized Design for Clean Operation: Internal surfaces feature a streamlined design to prevent material buildup and cross-contamination between batches. The quick-release screen clamping mechanism allows for fast screen changes to switch between different pellet sizes or for maintenance.
• Rugged and Low-Maintenance Construction: The vibrating screens (SFJZ) use a self-balancing drive that requires no lubrication, eliminating oil leaks. The rotary screens (SFJH) use a robust eccentric weight mechanism with an elastic tail support for smooth, low-vibration operation that protects both the machine and the building structure.
• Maximizes Yield & Profitability: By accurately separating fines, these screens allow you to recycle this material back into the process (e.g., to the mixer or pellet mill), reducing raw material waste and increasing overall plant efficiency.

Selecting the Right Screen & Final Cost Factors:
Choose a vibrating screen (SFJZ) for high-speed, high-capacity grading of durable materials like wood pellets or standard feed. Choose a rotary screen (SFJH) for more fragile pellets, finer multi-size separation, or where minimal noise and vibration are priorities.

The final price is influenced by:

• Number of Decks: 1C (single deck), 2C (double deck), or 3C (triple deck).
• Screen Mesh Material & Size: Specific stainless steel wire mesh sizes tailored to your pellet dimensions.
• Inlet/Outlet Configuration: Custom flanges or adapters to connect to your existing conveying system.
• Stand or Support Structure: Inclusion of a dedicated support frame.

We supply pellet grading screen Nigeria equipment as a vital component to complete any professional pellet production line. For a precise quotation based on your specific material and grading needs, please contact us with your requirements.

For your operation in Lagos, the most suitable pelleting machine in Nigeria is our MZLH series heavy-duty biomass granulator, specifically models like the MZLH520 or MZLH678.

These industrial pellet machine models are engineered with reinforced gearboxes, high-compression alloy steel ring dies, and robust force feeders designed to process the specific fibrous and sometimes abrasive nature of wood waste into dense, high-calorific fuel pellets.

Given Lagos’ high humidity, which often results in raw material moisture content of 40-55%, an auxiliary dryer is absolutely essential. We would integrate a rotary drum dryer, such as our φ1.5*15 or φ1.8*18 model, into your pellet production plant. This dryer efficiently reduces moisture to the optimal 10-15% range required for stable pelleting and combustion.

A complete, efficient system for your cluster would also include a wood chipper/hammer mill for size reduction and a cooler after the pellet mill. Richi Machinery provides full engineering support to design a layout that maximizes your factory space and material flow, transforming a disposal cost into a significant revenue stream with our professional pellet equipment in Nigeria.

For a large-scale poultry operation in Kaduna, we unequivocally recommend a ring die feed pellet granulator in Nigeria over a flat die model.

A ring die commercial feed pellet mill, such as our SZLH508 or SZLH558, is the industry standard for commercial feed production due to its superior durability, higher output (15-40 tons per hour), lower long-term operating cost per ton, and excellent pellet quality for poultry nutrition.

Yes, our complete feed mill plant systems are specifically configured to handle the exact local mix you described—maize, sorghum, soybean cake, and other Nigerian-sourced ingredients. The process begins with our SFSP series hammer mills for consistent grinding, followed by an SLHJ series paddle mixer for homogeneous blending.

The conditioned mash is then pelleted in the ring die pellet mill. We account for the varying fat and fiber content in your local formula during our custom engineering phase, ensuring the automatic pellet plant in Nigeria we design for you delivers consistent, durable pellets that optimize feed conversion ratios for your flock.

Yes, a single, properly configured biomass pellet mill in Nigeria from our MZLH series can efficiently process both rice husk and maize stover. The key is in the system design and preparation. Rice husk is highly abrasive but granular, while maize stover is fibrous and bulky.

Our solution includes a pre-processing stage with specialized crushers and hammer mills to achieve a uniform particle size for both materials. The core pellet machine in Nigeria, such as the MZLH420, is equipped with wear-resistant alloy dies and rollers designed to handle abrasive silica from husk and the lignin in stover.

For a mid-range investment focusing on a robust, commercial pellet making machine setup, you can expect a complete plant with an output in the range of 1.0 to 1.5 tons per hour. This would include a dryer, grinder, the pellet press, and a cooler.

The total project investment for such a biomass pellet manufacturing plant in Nigeria typically falls between $56,000 and $270,000 USD FOB, depending on the level of automation and drying capacity required to handle your local climate, allowing you to create valuable fuel or fodder from cooperative members’ waste.

Producing pellets from corrosive materials like poultry manure and municipal compost requires a fertilizer pelleting machine in Nigeria with specific design features.

• First, all critical contact parts in our DYGL or FZLH series machines, such as the conditioner, feed hopper, and extrusion chambers, are lined with or constructed from stainless steel (SS304/SS316) to resist corrosion and acid degradation.
• Second, the machine must be a heavy duty pellet press with a high-torque gearbox and a reinforced shaft to generate the immense pressure needed to densify often non-homogeneous organic matter into strong granules without binders.
• Third, we utilize a deep-conditioning system with steam or water addition to optimally raise material temperature and plasticity, which is crucial for forming durable pellets that can withstand bagging and transport.

Richi Machinery’s engineers will analyze a sample of your composted material to tailor the die compression ratio, roller pattern, and process parameters, ensuring your pellet mill machine in Nigeria produces hard, spherical, and marketable organic fertilizer granules.

For a startup targeting the Niger Delta catfish market, we recommend beginning with a minimum viable capacity of 200-400 kg per hour. This scale allows you to establish product quality, build a customer base, and manage costs effectively.

The ideal fish feed extruder machine in Nigeria for this capacity is our DGP-120B single-screw dry extruder. A key advantage of this model for startups is that it is a dry-type extruder; it does not require a separate, expensive steam boiler.

The mechanical friction and heat generated within the barrel are sufficient to cook the starch and produce high-quality floating pellets. A complete, compact startup line (including grinding, mixing, extruding, drying, and packing) with this capacity represents an estimated investment of $60,000 – $80,000 USD FOB.

This pellet machine setup provides an excellent entry point, and as your business grows, the system can be upgraded or supplemented with higher-capacity models like the SPHS twin-screw series.

Absolutely. Processing EFB and PKS into biomass fuel is a specialty application for our most rugged industrial pellet mill in Nigeria. These materials present two distinct challenges: EFB is long, stringy, and fibrous, while PKS is extremely hard and abrasive. Our solution is a two-stage system.

• First, EFB requires dedicated shredding and fine grinding equipment to reduce it to a suitable fiber length.
• Second, the core pelleting machine in Nigeria must be exceptionally robust. We recommend our MZLH520 or MZLH678 models, which are built as heavy duty pellet press units.

They feature super-hard alloy ring dies with specific compression ratios for biomass, hardened steel rollers with replaceable shells, and heavy-duty bearings and gearboxes to withstand the constant stress.

For PKS, we often specify tungsten carbide-coated die surfaces for extended life. We have successfully commissioned several such pellet production plant in Nigeria projects in Edo and other palm-producing regions, turning problematic waste into high-value boiler fuel.

The optimal moisture content for sawdust before entering a wood pellet extruder machine in Nigeria is consistently between 10% and 15%. Material that is too wet will not form proper pellets, causes excessive wear, and produces steam that can weaken the pellet.

Material that is too dry lacks the natural lignin plasticity needed for binding and leads to excessive fines. Given Nigeria’s significant seasonal humidity swings, where freshly generated sawdust can have a moisture content of 40-60%, a dryer is not just recommended—it is essential for a reliable operation.

Yes, as a complete wood pellet production plant supplier, Richi Machinery provides the necessary drying equipment. We integrate high-efficiency rotary drum dryers (like our φ1.2*12 or φ1.5*15 models) specifically designed for biomass.

These dryers use hot air from a biomass furnace (which can be fueled by your own pellets) to reliably and continuously reduce moisture to the target range, ensuring your pellet mill in Nigeria operates at peak efficiency and produces premium-grade fuel pellets year-round.

Incorporating significant percentages of tough, fibrous ingredients like groundnut shells and dried cassava peels moves your requirement beyond a standard feed granulator machine in Nigeria.

These materials require higher compression force and more aggressive conditioning to bind properly. A standard model may experience premature wear, clogging, and inconsistent pellet quality.

We recommend a heavy-duty model from our SZLH series, such as the SZLH420 or SZLH508. These are considered heavy duty pellet press in Nigeria units, featuring stronger gearboxes, larger diameter main shafts, and more powerful motors to handle the increased load.

Furthermore, our process design would include a longer, high-shear conditioner on the pellet mill in Nigeria to apply more steam and thoroughly soften the fibers before they enter the die chamber. This combination of robust machinery and optimized process engineering ensures you can create nutritious and durable feed pellets from these valuable local by-products.

For manufacturing non-clumping cat litter from dried cassava peel, we recommend a specialized pellet making machine from our MSZLH series. This series is adapted from our animal feed pellet making machines but is optimized for non-food, absorbent granular products.

A model like the MSZLH320 is an excellent choice, producing 3-4 tons per hour of uniform, cylindrical granules. The key is the custom die that creates the desired granule size (typically 5-6mm diameter) and the precise control of moisture and temperature during processing to ensure hardness and absorbency without clumping.

Providing an exact production cost per ton is complex as it depends heavily on local costs for cassava peel, drying energy, labor, and packaging. However, as a reference for the machinery investment, a complete line centered on the MSZLH320 has an estimated FOB cost in the range of $15,500 – $18,000 USD for the pellet mill core, with the full plant cost varying based on the scale of drying and packaging required.

Our engineers can provide a more detailed feasibility analysis based on your specific inputs and desired output.

Yes, our engineering expertise extends to designing systems for challenging feedstocks like sorted municipal waste for RDF production. However, it is critical to understand that success depends heavily on rigorous pre-processing. The sorted waste stream must be consistently shredded, metal-free, and have its non-combustibles (glass, stones) removed to protect the machinery.

For such an application, we do not use a standard pelleting machine in Nigeria. Instead, we deploy our most rugged heavy duty pellet press models, often from the MZLH series, but with extensive customizations. These include ultra-wear-resistant die and roller materials, reinforced machine frames, and specific die hole designs to handle a mix of plastics, textiles, and biomass.

The entire pellet production plant in Nigeria would be built around extreme durability and easy maintenance. We strongly recommend a pilot test using a sample of your processed feedstock at our facility in China to determine the exact machine specifications, die design, and process parameters required for a viable and profitable RDF pellet mill operation in Abuja.

For processing mixed sawdust from Lagos furniture workshops into fuel pellets, a mid-sized and highly suitable pelleting machine in Nigeria from our range is the MZLH420 model. This industrial pellet machine is engineered to deliver a consistent output of 1.0 to 1.2 tons per hour under optimal conditions with properly prepared feedstock.

To achieve a complete system capacity of 2 tons per hour, we would typically recommend installing two MZLH420 units in parallel or moving to a larger single unit like the MZLH520, depending on your specific factory layout and redundancy preferences. A complete 2-ton per hour production line is a significant investment that goes beyond just the pellet mill.

The system must include crucial preprocessing and post-processing equipment. Essential components are a hammer mill (like our SFSP66*60) for fine grinding, a rotary drum dryer (such as the φ1.2*12 or φ1.5*15 model, absolutely vital for Lagos’ humidity to reduce moisture from 40-50% down to 10-15%), the core pellet mills, a counterflow cooler (SKLF or SKLY series), and packing equipment.

For a robust, semi-automated pellet production line with this capacity, the total FOB investment typically ranges from $95,000 to $430,000 USD. The final figure depends heavily on the choice of dryer capacity, the level of electrical automation, and the inclusion of conveying systems.

Our engineering team can provide a fixed-price, detailed quotation after analyzing a sample of your sawdust and reviewing your site plans to design the most efficient layout for your operation.

Yes, processing Palm Kernel Shells (PKS) requires a specifically hardened pelleting machine in Nigeria due to the material’s extreme abrasiveness. Our standard solution for this challenge is the MZLH520 biomass pellet making machine. This model is part of our heavy-duty series built to withstand abrasive feedstocks.

Key features for PKS include ring dies made from high-chrome alloy steel or optionally coated with tungsten carbide for dramatically extended service life, and hardened, replaceable roller shells. The gearbox and main shaft are significantly reinforced to handle the high mechanical pressure required to densify the hard shell particles.

The typical capacity range for the MZLH520 when processing PKS is between 1.5 and 2.0 tons per hour, depending on the initial particle size and moisture content. It’s crucial to pair this robust pellet mill with an equally durable hammer mill for size reduction and an efficient dryer.

We have successfully commissioned multiple such biomass plant installation in Nigeria projects for palm oil processors in the Niger Delta region, turning a major waste product into valuable, high-calorific fuel pellets.

A standard rice husk pelletizer Nigeria from our MZLH series, such as the MZLH420, can indeed process a mixture of rice husk and groundnut shells. This is a common and efficient way to utilize multiple agricultural by-products. Rice husk is high in silica and abrasive, while groundnut shells are more fibrous.

The combination can actually improve pellet durability if the ratios are balanced. For a target output of 1.5 tons per hour of mixed pellets, the MZLH420 is again a strong candidate. The main motor power required for this model is 90 kW.

This power drives the high-torque gearbox needed to compress these tough, low-bind materials. However, to achieve that output consistently, the entire system must be correctly sized.

This includes a powerful hammer mill (like the SFSP66*80 with a 90-110 kW motor) to pulverize both materials to a fine, uniform size, and a dryer to ensure moisture is below 12%. Our engineers would help you determine the optimal mix ratio and provide a complete pellet production plant in Nigeria design that maximizes your cooperative’s yield from both waste streams.

For producing high-quality organic fertilizer pellets from a blend of poultry litter and cow manure, we recommend our FZLH series organic fertilizer pellet mill.

A model like the FZLH420 is ideal for a commercial-scale operation. This is not a standard pellet machine in Nigeria; it is specifically designed for the challenges of organic material.

Key features include a corrosion-resistant stainless steel contact interior in the conditioning and feeding zones to handle the corrosive salts and acids in manure, and a heavy-duty gearbox to generate the high pressure required to form dense granules without chemical binders.

The special process is crucial: the raw manure must be properly composted and fermented to a stable, sanitary state before pelleting. It should then be crushed to a fine powder using our vertical fertilizer crusher.

During pelleting, we often integrate a steam conditioner on the FZLH420 to slightly increase temperature and moisture, which activates natural lignins and makes the material more plastic, resulting in harder, more durable pellets that are slow-release and ideal for the farms around Jos.

Our turnkey pellet plant project in Nigeria follows a meticulous, client-focused engineering process. The key steps are:

1) Feasibility & Analysis: We test your raw material sample in our lab to determine its pelleting characteristics and optimal moisture content.

2) Conceptual Design: We create initial process flow diagrams (PFDs) and plant layout drawings tailored to your site, specifying each machine from raw material intake to bagged pellets.

3) Detailed Engineering: We produce detailed foundation drawings, electrical schematics, and piping & instrumentation diagrams (P&IDs).

4) Manufacturing & Quality Control: All equipment, including the core pelleting machine in Nigeria, is manufactured in our factory under strict QC protocols.

5) Installation Supervision & Training: We send engineers to supervise installation and train your team.

Regarding Nigeria’s inconsistent grid power, our design integrates several mitigations. We specify motors with higher starting torque capabilities and recommend heavy-duty motor starters (like star-delta starters).

Crucially, we design the electrical system with clear segmentation, allowing non-critical sections to be shut down during low voltage, while protecting the core pellet mill in Nigeria and PLC controls with voltage stabilizers and uninterruptible power supplies (UPS) for critical components. For large projects, we can design in a backup power generator interface.

For a 5-ton per hour cattle ranch feed system in Nigeria producing beef cattle feed, including a grain expander is a highly recommended investment for superior nutrition and operational efficiency.

An expander (or conditioner-expander) applies high temperature, pressure, and shear to the mash before it enters the pellet mill in Nigeria.

This process gelatinizes starches, denatures anti-nutritional factors, and increases the digestibility of fibrous ingredients, leading to better feed conversion ratios (FCR) in your herd. It also reduces mechanical load on the pellet mill, increases pellet durability (PDI), and allows for higher inclusion of liquid fats.

For a 5 T/H line, we would integrate an appropriate expander model upstream of our SZLH350 or SZLH420 pellet machine in Nigeria. The cost impact for adding this module to your animal feed production line in Nigeria is an additional investment in the range of $20,000 to $50,000 USD FOB, depending on the model and configuration.

This upfront cost is often recouped through improved animal performance, lower pellet mill maintenance, and the ability to produce more complex, high-energy rations.

For a medium-scale operation targeting 1 ton per hour of sinking catfish feed in the Niger Delta, a single-screw extruder is typically sufficient and represents the most cost-effective entry point.

Our DSP-135B wet-type single-screw extruder is perfectly capable of producing high-quality, water-stable sinking pellets at this capacity. It requires a boiler to provide steam for conditioning but offers a good balance of performance and investment.

The investment in a twin-screw extruder (like our SPHS120*2) is generally justified at this scale if you require:

1) Exceptional formula flexibility, allowing frequent changes between very different recipes with minimal downtime.

2) Production of both sinking and floating feed from the same machine.

3) Superior control over pellet texture and density.

4) Higher fat inclusion levels directly in the extruder barrel.

For a dedicated catfish feed line with a stable formula, the single-screw fish farm feed equipment in Nigeria offers excellent value.

If you plan to diversify into premium or floating feeds in the near future, the twin-screw machine provides more growth potential. The twin-screw system represents a significantly higher initial investment, often 50-100% more than a comparable single-screw line.

Yes, dried water hyacinth can be processed into fuel pellets, but it presents unique challenges due to its long, stringy, and low-density fibrous nature. A standard biomass plant installation in Nigeria requires specific modifications to handle it effectively. The most critical step is pre-processing.

You will need a heavy-duty, high-torque shredder or coarse crusher as the very first stage to chop the long stems into shorter pieces (2-5 cm). Following this, a specialized fine-grinding hammer mill with a screen designed for fibrous materials is essential to achieve a particle size suitable for pelleting.

The core pelleting machine in Nigeria, such as our MZLH520, needs to be equipped with a deep-conditioning system where steam can be thoroughly mixed into the fluffy material to soften the fibers and increase binding.

The die for this application would have a specific compression ratio and hole geometry to handle the fiber. We would conduct a material test at our facility to determine the exact machine parameters and provide a customized design for your pellet production plant in Nigeria focused on this abundant but challenging feedstock.

All our industrial pellet machine in Nigeria models are manufactured to be fully compatible with Nigeria’s standard industrial power supply. For motors rated from 90kW up to 250kW (and higher), we configure them to operate on 415 Volts, 3-phase, 50 Hertz.

This is the standard specification we use for all equipment destined for the Nigerian market unless a client provides explicit, alternative specifications for a special application (such as a large site with a dedicated high-voltage connection).

Our electrical control panels are designed and built accordingly, with the appropriate main circuit breakers, contactors, overload protectors, and motor starters (commonly star-delta for larger motors to manage inrush current) rated for 415V/50Hz/3Ph operation.

We clearly label all motor nameplates and provide detailed electrical schematics with the shipment to ensure smooth integration by local electricians during the installation of your pellet mill in Nigeria.

For an upgrade to a 3-ton per hour pelleted feed operation in Kaduna, the core SZLH350 ring die pellet mill is an excellent choice.

The standard manufacturing lead time for this model, along with essential auxiliary equipment like an SLHJ2A paddle mixer and an SFSP66*60 hammer mill, is approximately 60 to 75 days from the date of order confirmation and receipt of deposit.

This period covers the procurement of quality raw materials (steel, castings, motors), precision machining, assembly, painting, and in-factory testing of each unit. Following manufacturing, sea freight shipping from our Qingdao port to Lagos or Onne port typically takes an additional 4-5 weeks.

We handle all export documentation and can arrange CIF shipping. Therefore, the total timeline from order to port arrival in Nigeria is generally around 16 to 20 weeks. We recommend initiating the process early and can provide a detailed project schedule upon inquiry to ensure your poultry farm feed machine in Nigeria upgrade proceeds smoothly.

A briquette press and a pellet mill are distinct types of pellet machine in Nigeria. A pellet mill (like our MZLH or SZLH series) uses a rotating ring die and rollers to compress powder through small holes (2-12mm), producing cylindrical “pellets.”

A briquette press (or briquetting machine) uses a stamping or extrusion action to form larger, often hexagonal or pillow-shaped “briquettes” (typically 30-60mm) under extremely high pressure.

For the barbecue market, briquettes are the standard product. Yes, our briquette presses are specifically designed to handle mixtures of carbonized (charred) sawdust and charcoal fines. The key is that the material must be very finely ground and have the right moisture content (typically below 10%).

The press then uses high mechanical or hydraulic pressure to compact the carbon dust, sometimes with a small amount of natural binder like starch, into dense, slow-burning briquettes.

We would recommend our hydraulic briquette press series for this application, which is different from our standard pellet mill but part of our comprehensive range of densification equipment for the Nigerian market.

Processing Cocoa Pod Husk (CPH) into a ruminant feed pellet is an excellent way to add fiber. The recommended maximum inclusion rate in the total pellet formula is typically between 15% and 25%, depending on the overall ration balance and the quality of the CPH (it should be properly dried and ground).

Higher rates can negatively affect pellet hardness and animal intake. To handle this fibrous, low-density material in a pellet machine in Nigeria, several adjustments are necessary.

• First, the CPH must be finely ground using a hammer mill with a small screen (e.g., 2-3mm) to increase its surface area for binding.
• Second, the pellet mill in Nigeria, such as an SZLH420, should be configured with a longer or more intensive conditioner. This allows for extended steam penetration to soften the lignin in the husk and improve plasticity.
• Third, the pellet die should have a slightly lower compression ratio (shorter effective thickness) to reduce the resistance when extruding the fibrous material, preventing blockages and excessive energy consumption.

Our feed formulation experts and engineers can provide specific guidance for your animal feed production plant in Nigeria to successfully incorporate this local by-product.

When producing high-protein feed with soya meal as the base in a feed processing machine in Ibadan, precise temperature control during conditioning is critical to avoid denaturing (damaging) the heat-sensitive proteins.

The optimal conditioning temperature range is typically between 70°C and 80°C at the point where the mash exits the conditioner and enters the pellet mill in Nigeria. This “warm” temperature is sufficient to gelatinize starches (which act as a natural binder), increase moisture for lubrication, and pasteurize the feed without causing excessive protein degradation.

Our SZLH320 or SZLH350 pellet machine in Nigeria for a 4 T/H line would be equipped with a precisely controlled steam injection system and a temperature sensor in the conditioner outlet. The system’s PLC can be set to maintain this optimal range automatically by regulating steam flow.

Exceeding 85-90°C for prolonged periods can reduce protein digestibility. Our design ensures your feed mill equipment in Ibadan achieves the perfect balance between pellet quality, hygiene, and nutritional integrity.

While our machinery is manufactured to international industrial standards (CE marking on electrical components), specific environmental permits for a pellet plant in Abuja are governed by Nigerian local and federal regulations, such as those from the National Environmental Standards and Regulations Enforcement Agency (NESREA).

Our role as an equipment supplier is to provide the technology that enables you to meet those standards. 

Yes, dust collection systems are a critical part of our standard proposals for any complete pellet production plant in Nigeria. We integrate efficient cyclone separators at key dust generation points, such as after hammer mills and coolers, to capture coarse particulates.

For finer dust and to ensure a clean working environment, especially in enclosed plants, we recommend and supply pulse-jet bag filter dust collectors. These systems are highly effective at reducing airborne particulate matter to very low levels.

We design the material handling with dust control in mind, ensuring your pellet mill in Nigeria operation can be run in an environmentally responsible and worker-friendly manner, which is essential for compliance and sustainable operation in areas like Abuja.

For an RDF project using a Refuse Derived Fuel (RDF) pelleting machine in Nigeria, robust pre-processing is the absolute key to success. The three most critical steps before material enters our heavy duty pellet press in Nigeria are:

1) Metal and Inert Removal: Ferrous metals must be removed by powerful magnets, and non-ferrous metals/inerts (stones, glass) must be separated by screening or air classification. These materials will destroy a pellet die instantly.

2) Size Reduction and Homogenization: The remaining waste stream (plastics, textiles, paper, biomass) must be shredded and then finely ground in a heavy-duty, slow-speed shredder and hammer mill to create a consistent, small particle size (<10mm). Consistency is vital for stable pelleting.

3) Moisture Control: The processed fluff must have its moisture content adjusted and stabilized, typically to between 12-18%. It may require drying if too wet, or slight steaming if too dry, to enable the plastic components to melt slightly and bind the mixture during pelleting.

Only after these three steps can the material be reliably fed into a specialized MZLH series pellet mill configured with ultra-hardened components for this abrasive and challenging feedstock.

For an 8-10 ton per hour high capacity pellet mill installation for wood processing in Edo State, we would typically specify our largest models, such as the MZLH768 or possibly two MZLH678 units in parallel.

The footprint for a single MZLH768 wood granulator machine with its integrated feeder and base frame is approximately 3.5 meters (Length) x 2.5 meters (Width). However, the operational footprint for the entire pelleting section is much larger.

You must account for space for the preceding dryer discharge, potential surge bins, the pellet mill itself, the downstream cooler, and connecting conveyors. A realistic floor space requirement for this section alone is roughly 15m x 10m (150 sq m). Regarding headroom, the critical factor is the counterflow cooler.

A cooler like the SKLF28*28 or SKLF32*32 needed for this capacity can be over 6 meters tall. With supporting ductwork and conveying equipment, a clear interior height of 8 to 10 meters in the building housing the cooling and screening section is strongly recommended.

Our engineers provide detailed layout drawings early in the pellet factory design process to ensure your facility construction aligns with the equipment requirements.

Yes, our livestock poultry feed mill equipment systems are commonly designed for this kind of flexibility.

The same pellet production line in Nigeria, built around a robust ring die pellet mill like the SZLH508, can produce both poultry feed (2.5mm) and cattle feed (8mm) pellets. The main change required is swapping the ring die in the pellet mill. The time required for a die change depends on the skill of the operators and the tools available.

With a well-trained two-person crew using proper tools (die hoist, hydraulic nut tensioner), a complete ring die change on a SZLH508 mill can typically be accomplished in 60 to 90 minutes.

To minimize downtime, we recommend having a spare die for each product size pre-mounted on its own die holder. This allows for a quicker swap of the entire die-and-holder assembly.

The formula in the mixer and the conditioning parameters (steam addition, retention time) would also be adjusted via the control system for each product, but these changes can be made in minutes. This design makes your commercial pellet making machine operation highly versatile to serve multiple livestock markets.

The energy consumption, or specific energy use, for a commercial pellet making machine in Nigeria is a key metric for operational costs.

For processing dry sawdust (moisture ~10-12%) into fuel pellets at a rate of 1.5 tons per hour using a machine like our MZLH520, the expected energy consumption is typically in the range of 80 to 110 kWh per ton of pellets produced.

This figure primarily accounts for the electrical energy used by the pellet mill’s main motor (132 kW for the MZLH520), the force feeder, and the cooling fan. It’s important to note that this is just the pelleting stage.

The total plant energy consumption will be significantly higher, as it must include the energy for size reduction (hammer mill: ~30-50 kWh/ton) and, most critically, for drying if your raw material is wet. Drying is the most energy-intensive step, often consuming 500-800 kWh per ton of water evaporated.

Therefore, using already dry sawdust or efficient dryer heat sources (like a biomass furnace burning your own fines) is crucial for an economical pellet production plant in Nigeria.

For heat-sensitive materials like blood meal pellets, rapid and efficient cooling is non-negotiable to prevent protein degradation and discoloration. We recommend a counterflow pellet cooler from our SKLF series (flap-type) for this specific application.

The counterflow design is ideal because the coldest ambient air meets the coolest, nearly-discharged pellets, while the hottest air exits the top, minimizing thermal shock. For blood meal, we would configure the SKLF cooler with a slightly increased air flow rate and ensure the retention time in the cooler is optimized to bring the pellet temperature down to within 3-5°C of ambient as quickly as possible.

The gentle, cascading action of the flap discharge in the SKLF model also minimizes pellet breakage, which is important for a high-value product. Integrating this cooler immediately after your blood meal pelleting machine, such as a specialized SZLH model with low-temperature conditioning, is a standard part of our professional pellet equipment in Nigeria design for sensitive nutritional ingredients.

Beyond the robust pellet mill in Nigeria, the advantages of our integrated automatic pellet plant control system for a 3-ton per hour operation are substantial.

Firstly, for labor cost reduction, the system allows for centralized monitoring and control from a single operator station.

Key functions like starting/stopping sequences, setting dryer temperatures, and adjusting feeder rates can be done remotely, reducing the need for personnel moving between equipment. Automated interlocks prevent upstream equipment from running if downstream machines stop, preventing pile-ups.

Secondly, for improving consistency, the PLC system maintains precise control over critical parameters.

It regulates the feeder speed to the pellet mill based on main motor load (amperage), ensuring optimal throughput without stalling; it controls conditioning temperature via a steam valve; and it manages dryer temperature profiles.

This eliminates human variability, resulting in uniform pellet density, moisture content, and quality. Alarms for high temperature, low oil pressure, or blockages allow for immediate intervention, reducing downtime and waste.

This level of automation, tailored to your biomass plant installation in Nigeria, transforms it from a collection of machines into a reliable, efficient, and predictable production asset.

The price range for a complete, ready-to-operate 500kg per hour floating fish feed extruder plant in Nigeria typically falls between $70,000 and $100,000 USD (FOB). This investment covers the core machinery needed to transform raw ingredients into finished, bagged feed.

The main components of this complete line include:

• a hammer mill for grinding ingredients like maize and soybean meal to a fine flour;
• a precision batch mixer for combining the ground materials with vitamins and premixes;
• the heart of the system, which is a single-screw extruder such as our DGP-120B model – this machine cooks and shapes the dough into floating pellets;
• a multi-pass belt dryer (like our DHG series) to gently reduce moisture;
• a fat coater for applying oil and enhancing nutrition;
• a cooling and screening section before final packing.

Our engineering team tailors the layout to your available space, ensuring a compact and efficient fish feed extruder machine in Nigeria setup that is ideal for scaling up a small farm into a more significant local supplier.

For a large-scale, 3-ton per hour operation supplying tilapia farms, a twin-screw extruder is highly recommended and often necessary to achieve consistent, high-quality output at this capacity efficiently.

A model like our SPHS150*2 is designed for this scale. While a battery of several single-screw machines could theoretically reach 3 T/H, the twin-screw offers superior advantages: much higher formula flexibility, better control over pellet density (crucial for controlling floatation), and the ability to incorporate higher levels of fat directly into the mix. The key operational cost differences are twofold.

• Firstly, capital cost: the twin-screw extruder and its associated higher-capacity auxiliary equipment represent a significantly larger initial investment.
• Secondly, operating costs: the twin-screw machine typically has higher mechanical wear parts (twin screws and barrels) but offers better energy efficiency per ton produced (kWh/ton) due to its positive displacement pumping action and superior cooking efficiency.

For a major operation like yours in Lagos, the production reliability, product quality control, and efficiency of a twin-screw fish feed production machine in Nigeria usually justify the higher initial cost over its operational lifetime.

Producing both slow-sinking shrimp feed and floating catfish feed requires significantly different processing parameters, primarily density and water stability. It is technically challenging and inefficient to use a single pelleting machine in Nigeria to reliably produce both products to a high standard.

Shrimp feed requires very low density, high water stability, and often a smaller diameter, achieved through specific extrusion cooking and cutting under precise conditions. Catfish floating feed has different starch gelatinization needs and density targets.

While a highly advanced twin-screw extruder could be adjusted between recipes, the changeover process is lengthy, involves significant downtime for cleaning and re-tuning, and risks cross-contamination of formulations. For a commercial feed mill in Port Harcourt, the most reliable and cost-effective solution is to invest in two separate, optimized extruder lines.

This allows for simultaneous production, dedicated process settings for each product, and guaranteed quality. We can design a compact facility that shares some common preprocessing equipment (like grinding and mixing) but branches into two dedicated extrusion and drying lines, making your fish feed machine in Nigeria operation versatile and efficient.

We stand behind the quality of our fish feed extruder machine in Nigeria with a standard warranty of 12 months from the date of shipment against manufacturing defects in materials and workmanship. Our after-sales support begins long before the machine ships, with detailed installation drawings and process manuals.

We provide remote technical support via video call and direct communication. For major projects, we include comprehensive on-site installation supervision and operator training by our engineers. Regarding spare parts, we maintain a substantial inventory of critical wear parts for all our models, such as extruder screws, barrel liners, die plates, and cutter blades.

Upon order confirmation for a complete line, we provide a recommended spare parts list. Once an order is placed, parts are typically shipped via express air freight (DHL, FedEx) to major Nigerian airports like Lagos or Abuja, with delivery usually within 7 to 10 working days.

For less urgent, non-critical parts, sea freight is a cost-effective option. Our goal is to ensure your pellet production plant in Nigeria experiences minimal downtime through proactive support and efficient logistics.