How to making EFB fiber,Palm silk,Ooconut shred wood pellet production line

14/10/2026

This is the production site of a multi-layer stacked dryer for sawdust drying.

Wet sawdust is conveyed continuously from the feeding hopper into the stacked dryer. Inside the nested multi-layer cylinders, lifting plates lift and scatter raw materials repeatedly. Sawdust fully contacts circulating hot air in both co-current and countercurrent heat exchange, evaporating internal moisture step by step. The multi-layer structure recycles waste heat effectively, cutting heat loss and improving thermal efficiency compared with single-cylinder dryers.

On-site operation adopts PLC automatic control to adjust feeding speed, hot air temperature and drum rotation speed in real time. It reduces raw material moisture from 45–55% down to 10–15%, meeting the standard for subsequent pellet production. Dust generated during drying is captured by cyclone dust collectors to satisfy emission requirements. Operators patrol to check equipment vibration, temperature and material status. This continuous drying line features stable output, uniform drying quality and low energy consumption, serving as core pretreatment equipment for biomass pellet manufacturing.

09/10/2026

09/10/2026

How to Select a Manufacturer for 560 Biomass Pellet Mill

Choosing a reliable manufacturer for the 560 biomass pellet mill is critical to stable production and long-term operation. First, verify the manufacturer’s manufacturing experience and technical strength. A qualified supplier should have mature R&D capabilities and rich practical cases of 560 pellet machines, not just assemble spare parts. Check their factory workshops, production equipment and on-site test videos to confirm real machine performance.

Second, focus on core components including ring die, roller shell, main gearbox and motor. These parts directly affect output, particle forming rate and service life. Ask about material selection, heat treatment process and wear resistance. Compare the rated capacity, power consumption and maintenance cost of different 560 models.

Third, evaluate after-sales service. Good suppliers provide installation guidance, operator training, spare parts supply and timely technical support. Confirm delivery cycle and warranty terms.

Finally, avoid simply choosing the lowest price. Reasonable cost matches quality. Communicate your raw material type, moisture content and target output. A trustworthy manufacturer can customize solutions and offer on-site testing to prove machine performance.

09/10/2026

Test Site of Integrated Crushing and Grinding Machine

This test site is built to verify the actual output and working performance of the integrated crushing and grinding machine. The equipment combines crushing and fine grinding functions in one unit, which saves space and reduces intermediate material transportation compared with separate crushers and grinders. During the test, raw materials are continuously fed into the machine. Large blocks are first crushed by the hammer head, then ground into qualified fine particles inside the grinding chamber.

Operators record real-time data including feeding speed, finished particle size, power consumption and hourly output. Material properties such as moisture and hardness will affect the actual throughput. The whole testing process runs continuously to check stability under full load. We inspect key components like hammers, liners and bearings for wear after long-time operation.

This field test helps confirm whether the machine can reach the designed production capacity. It also discovers potential problems in operation, so we can optimize parameters for customers. The on-site test data provides reliable reference for industrial production and equipment selection. Customers can witness the whole working process and check finished materials directly at the site.

28/09/2026

On-site Installation of 3 Tons Per Hour Sawdust Rotary Dryer
This is the on-site installation and commissioning scene of the 3 tons per hour sawdust rotary dryer, a professional drying solution tailored for biomass wood processing production lines. Designed for medium-scale continuous drying demands, this dryer stably delivers a rated hourly output of 3 tons, perfectly matching the supporting operation of biomass pellet machines and wood residue processing equipment.
Adopting a mature three-pass rotary drying structure, the equipment realizes full heat exchange between hot air and sawdust, effectively reducing the high moisture of raw sawdust to the standard range required for pellet molding. The on-site installation follows standardized procedures, with precise assembly of the rotary drum, heat supply system, conveying device and dust removal unit to ensure stable and safe long-term operation. Featuring simple structure, low energy consumption and strong anti-blocking performance, it adapts to diverse raw materials like sawdust and wood shavings. It greatly improves biomass material utilization, bringing high cost-performance and stable production benefits for processing enterprises.

14/09/2026

This image captures a single-layer rotary dryer being loaded for shipment to Europe.
The equipment is shown in a modern port logistics area, where industrial machinery, container operations, and professional loading teams work together to ensure safe and efficient delivery.

The single-layer rotary dryer is designed for continuous industrial drying processes. With its large cylindrical shell, stable support structure, transmission system, and accessible maintenance platforms, it is suitable for handling bulk materials in mining, chemicals, building materials, agriculture, and environmental protection industries. Its simple structure helps reduce operational complexity, while the optimized rotation and heat transfer design support stable drying performance.

Before shipment, the dryer undergoes careful inspection, packaging, and anti-corrosion protection. Technicians verify the equipment’s dimensions, structural strength, and connection points to prevent damage during long-distance transportation. The loading process follows strict safety procedures, with trained personnel supervising the lifting, positioning, and securing operations.

Shipping to Europe requires compliance with international logistics standards, export packing requirements, and timely documentation. Proper container space, weather protection, and vibration prevention measures are essential to keep the equipment in good condition until it arrives at the destination port.

This scene reflects the reliability of industrial equipment manufacturing and the professionalism of export logistics. By combining sturdy engineering with careful shipment management, the single-layer rotary dryer is prepared to support European customers in improving production efficiency and achieving stable drying operations.

10/09/2026

Notes on Using Hammers of Wood Crusher

1. Check the wear condition regularly
Inspect hammer pieces periodically. Replace them in time when the working edge is severely worn, bent or cracked. Uneven wear will reduce crushing efficiency and cause rotor vibration. When replacing, keep the weight balance of the rotor group.
2. Control raw material impurities
Remove hard foreign objects such as iron blocks, stones and nails from materials before feeding. Hard impurities will cause heavy impact, crack hammers and even damage the rotor assembly.
3. Correct installation and rotation direction
Install hammers according to the specified rotation direction. Ensure the pin shafts and locking parts are fastened firmly. Do not mix new and old hammers randomly, which may lead to unbalanced rotation and strong machine shaking.
4. Avoid overload operation
Do not continuously feed excessive materials. Overload will bring extra impact load to hammers, accelerate fatigue wear and shorten service life. Maintain stable feeding speed.
5. Timely replacement and maintenance
If any hammer breaks during operation, stop the machine immediately for replacement. Check pin shafts and hammer holes at the same time. Lubricate relevant components on schedule to reduce extra friction.

10/09/2026

Selection of Die Material for 560 Biomass Pellet Mill

The die is the core wearing part of the 560 biomass pellet mill, and material selection mainly depends on raw material hardness, abrasiveness and production hours.

1. Alloy steel die (20CrMnTi)
It is the most widely used option. After carburizing and quenching treatment, it has good surface hardness and certain toughness. It resists cracking under continuous extrusion. Suitable for processing relatively soft biomass like wood shavings and sawdust. It balances service life and cost for normal production.
2. Stainless alloy die (4Cr13)
This material features high hardness and superior wear resistance. It works well for highly abrasive materials such as straw, rice husk and bark with sand impurities. Its anti-corrosion performance is also better. The downside is higher price and greater risk of fracture if operated improperly.
3. High chromium cast iron die
It offers outstanding wear resistance, ideal for heavy-duty and long-time continuous production. It is recommended when raw materials contain much sand and hard impurities. However, it is brittle and easy to crack under sudden impact, so strict control of foreign matters in raw materials is required.

10/09/2026

Three Core Advantages of 850 Biomass Pellet Machine

1. High Production Efficiency & Large Output
The 850 biomass pellet machine features a large forming cavity and optimized roller-die structure, which greatly improves raw material compression and molding efficiency. It supports continuous long-hour stable operation, with a much higher hourly output than small and medium-sized pellet equipment. It can process a wide range of biomass raw materials including wood chips, crop straw, rice husk and bark, realizing large-scale and centralized pellet production to meet the production demands of medium and large processing plants.

2. Excellent Energy-Saving & Environmental Protection Performance
Adopting advanced low-power high-efficiency transmission technology, this equipment effectively reduces electric energy consumption per ton of finished pellets, achieving significant energy-saving effects compared with traditional pellet machines. It processes waste biomass resources into clean combustible pellets, which realizes resource recycling. Moreover, the molding process is physical extrusion without harmful chemical emissions, and the finished biomass pellets produce less smoke and sulfur during combustion, fully complying with environmental protection production standards.

3. Strong Stability & Low Operating Cost
The 850 biomass pellet machine is equipped with thickened wear-resistant mold and high-strength mechanical components, with strong pressure resistance and wear resistance. It has low failure rate and long service life, reducing frequent equipment maintenance and replacement costs. The equipment is designed with a humanized structure, which is convenient for daily cleaning, lubrication and overhaul. It has low requirements for operator skills, effectively lowering later-stage operation and maintenance costs for enterprises.

16/08/2026

Monthly Wear Parts Consumption of Biomass Pellet Machines
Biomass pellet machines have regular monthly consumption of vulnerable wear parts due to continuous high-pressure friction and material extrusion. Reasonable understanding of parts loss helps enterprises control production costs and ensure stable operation.
The most consumed monthly parts are die plates and pressing rollers, the core molding components. Under long-term extrusion of wood and crop materials, their surfaces wear gradually. For continuous production, a standard pellet machine needs partial roller replacement or grinding every month, while medium and small dies show obvious wear and require regular maintenance or minor replacement monthly.
In addition, auxiliary vulnerable parts include bearings, scrapers and sealing rings. These small parts bear frequent vibration and friction, leading to aging and damage each month. The monthly consumption varies with raw material hardness and daily working hours. Harder materials and longer operating time accelerate wear. Timely inspection and replacement of consumed parts can avoid machine jams, reduce failure rates and maintain stable monthly pellet output.