Rubber Conveyor Belt Shredder Machine

The core of waste rubber conveyor belt recycling lies in ‘shredding and separation’. The rubber conveyor belt shredder cuts large pieces of waste belts into smaller pieces to reduce their volume, after which they proceed to subsequent stages such as magnetic separation and screening to recover rubber and steel wire resources. This type of equipment not only reduces waste accumulation and transport costs but also enhances the reuse value of waste rubber.

Workflow of the Rubber Conveyor Belt Shredder

The rubber conveyor belt shredder is primarily used for the coarse shredding of large-sized waste belts. The equipment typically employs a dual-shaft, low-speed, high-torque design, wherein the intermeshing cutting shafts gradually tear thick rubber belts into smaller pieces.

The complete production process generally includes:

Conveyor Feeding

Waste rubber belts are fed into the shredder via a conveyor, reducing the need for manual handling.

Dual-Shaft Shredding

High-strength alloy blades shear and tear the rubber belts, capable of processing industrial conveyor belts containing steel cord.

Magnetic Separation

Steel cord is separated using magnetic separation equipment to improve the purity of the rubber.

Secondary Processing

Depending on requirements, the material is further processed into rubber blocks, rubber pellets, or rubber powder.

The equipment allows for adjustment of blade specifications and motor power according to material thickness and throughput, making it suitable for various types of waste rubber recycling projects.

Application Features of Industrial Shredders

In addition to rubber conveyor belts, industrial shredders can be used for the recycling of various materials such as waste tyres, plastics, metals, and electronic waste, making them widely used in the solid waste treatment industry.

Compared to traditional cutting equipment, these shredders offer several practical advantages:

Low-speed operation reduces dust and noise.

High torque enables the processing of thick rubber and coiled materials.

Wear-resistant blades are suitable for long-term continuous production.

Compatibility with automated conveying and sorting

Relatively straightforward maintenance

For waste rubber recycling enterprises, the appropriate configuration of shredding, conveying, magnetic separation, and screening equipment can enhance the operational efficiency of the entire production line and facilitate subsequent resource recovery.