Portable Corn Straw Briquetting Machine, Automatic Hay Bagging Packing Machine

Main Technical Parameters:

Model   9JKL-2000        9JKL-3000        9JKL-4000      9JKL-5000

Power: 75kw | 110kw | 75x2kw | 125x2kw

Hole Count: 55 pcs, 72 pcs, 90 pcs, 120 pcs

Processing Capacity: 3.5-4t/h   1.5-2t/h    2.5-3t/h    5-6t/h

Molded Dimensions: 32x32mm, 32x32mm, 32x32mm, 32x32mm

Processing Range:A variety of agricultural and forestry biomass waste such as corn stalks, wheat straw, cotton stems, corn cobs, forage, wood chips and sawdust, branches and bark, rice hulls, peanut shells, mushroom stumps, furfural residue, animal manure, and more.

Equipment Advantages:1. Automatic Lubrication System: Saves time, labor, and manual effort, enabling continuous 24/7 production without downtime, effectively ensuring production time, reducing costs, and requiring no manual maintenance.

2. Current detection, automatic start/stop device, to prevent fluctuations in material quantity, ensuring greater stability in production output, and to prevent machine downtime caused by human error.

3. Molds feature concurrent angles, which, as the pressure wheels rotate, extrude the material, reducing mold wear and increasing output. It includes an innovative automatic pressure and release system to prevent high-temperature explosions.

4. Main engine large belt pulley, effectively increasing the main engine's inertia, enhancing production output, reducing energy consumption, dynamic balancing treatment, smooth operation, and preventing vibration of the main engine.

5. Optimized internal turntable design with a double "S" shape, reducing friction and energy consumption.

6. 5V-10L belt set, with greater transmission force than C-type belts, effectively transmitting motor power.

7. Zhejiang Taishan Electric Co., Ltd. features include control cabinets and conveyors.

8. The mold pressure wheels are made of wear-resistant material and treated with high-temperature spraying technology, offering enhanced durability. They can be repeatedly repaired after wear, thereby reducing production costs.

Different raw materials result in varying densities and yields.