Converting waste such as plastic, leather, cloth, wood and industrial textiles into RDF (Refuse Derived Fuel) is a systematic resource processing process. First, the mixed materials are crushed to 100-300mm by a waste shredder, with a processing capacity of 20-50 tons/hour. Specially designed anti-entanglement blades can effectively handle fiber-containing cloth and leather. Then, non-combustible impurities such as metal and glass are removed by manual sorting and mechanical sorting (such as magnetic separator).
The process of shredding waste such as plastic, leather, cloth, wood and industrial textiles through a waste shredder and forwarding it to RDF:
Sorting and impurity removal:
Non-combustible impurities such as metal and glass are removed by manual sorting and mechanical sorting (such as magnetic separator). For textile waste, special attention should be paid to the separation of accessories such as buttons and zippers.
Primary crushing :
A double-shaft shredder is used to crush the mixed material to 100-300mm, with a processing capacity of 20-50 tons/hour. The specially designed anti-entanglement blade can effectively handle fiber-containing fabrics and leather.
Our Advantage of waste shredder:
1. It has the characteristics of low speed, high torque and low noise. It is controlled by PLC. It has the functions of starting,stopping, reversing and overloading automatic reversing.
2. The motor + reducer drives the cutter shaft to achieve the shearing effect of low speed and high torque.
3. Bearing six-fold seal, effective waterproof and dust-proof, prolong the service life of bearings.
4. After tool wear, the repair technology of tool coating and welding is adopted to realize the repeated use of the tool, which greatly reduces the maintenance cost of the tool.
5. Separate box design, can easily and quickly remove the entire axle (axle, blade, bearing, sealing system).
6. Tools are arranged according to helix to achieve high efficiency cutting.
7. Both the inner hole and the spindle face of the cutter are designed in hexagonal form to realize the uniformity of the force exerted on the cutter.
8. According to different materials and product shapes to be torn up, different types of cutters can be selected.
