100-600KG/H Diesel Engine Driven Wood Pellet Maker Biomass Pellet Making Machine
The wood pellet machine - diesel model adopts a diesel engine design, which can easily press waste such as dead branches, straw, leaves, sawdust, etc. into cylindrical particles. Reasonable structural design, flat mold moving disc and roller design, with a maximum output of 600KG/H. Customers can choose different die compression ratios based on different raw materials to produce high-quality particles.
Technical Parameters:
| Model |
Diesel engine (HP) |
Pellet size(mm) |
Output capacity |
Weight |
Machine Size |
| ZLMG-400A |
55 |
6,8,10,12 etc. |
400-600kg/h |
1280kg |
2700*800*1370mm |
Which users are suitable for diesel engine type pellet machine:
1. Users who are located in remote mountainous areas due to inconvenient transportation, uneven road surfaces, and inconvenient electricity consumption.
2. Users who work outdoors in granulation.
3. Users who cannot use three-phase electricity but have production capacity requirements.
Main Features:
1. Scientific and reasonable structural design, simple, small footprint, low noise.
2. The small machine tools are straight in and out, easy to prepare materials, high in output and low in energy consumption.
3. The pellet forming rate of this machine is high, and the pellets produced have high hardness and smooth surface, which is convenient for storage and transportation.
4. This model is equipped with molds with various apertures of 2.5-10mm, which are suitable for granulation of different materials and achieve better results.
5. Adapt to different materials to ensure the pressing effect.
6. Simple operation and maintenance, safe and reliable.
7. Equipped with a diesel engine can save electricity, can work directly in the field, directly burn oil, convenient and trouble-free.
What aspects can particulate fuel be used for?
1. The formed particulate fuel has a large specific gravity, small volume, and is resistant to combustion.
2. Efficient and clean renewable energy that saves energy while reducing emissions.
3. The particle density is greater than 1100kg/m3, making transportation and storage extremely convenient.
4. Widely used for heating, domestic stoves, boilers, industrial boilers, and power plants.
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