A: Granulate waste tires into 40-100 mesh rubber powder, and automatically separate steel wire, fiber, and nylon completely through the magnet separator and vibrating screen at normal temperature.
B: Compact structure, small footprint, and easy maintenance.
C: Low energy consumption and good cost performance.
D: Automatic control, higher operating stability, and lower workload intensity.
E: No polluted water, residual gas, and waste throughout the process.

1: Belt Conveyor to feed the rubber shoe grinding mill unit

This belt conveyor is used to feed the rubber shoe grinding mill unit. It transports shredded tires to the grinding unit for further processing.

2: Corresponding bottom sieve to sift coarse material and send it back to the cracking mill unit for grinding

The screen is used to sieve coarse material and return it to the grinding unit for further grinding. This helps ensure that all material is processed uniformly.

3: Belt Conveyor to transfer rubber powder to the vibrating screen for classification

This belt conveyor is used to transfer rubber powder to the vibrating screen for classification. It transports the material from one process stage to another.

4: Magnetic Separator to remove shredded wires from the block

The magnetic separator is used to remove shredded wires from the rubber block. This helps separate unwanted materials from the final product.

Technical Specification
- Space Required for Equipment:
- Size for the Workshop:
R: Granulate waste tires into rubber powder of mesh 40-100, and automatically separate steel wire, fiber, and nylon completely through magnetic separator and vibrating screen at normal temperature.
B: Compact structure, small footprint, and easy maintenance.
C: Low energy consumption and good cost performance.
D: Automatic control, higher operating stability, and lower labor intensity.
E: No polluted water, residual gas, and waste throughout the process.