Pyrolysis Tire Steel Wire Crusher Waste Steel Pre Crusher Scrap Metal Steel Wire Recycling Machine

The structure of the stee wire crusher:
Spindle system: multi-layer cutters (serrated cutters, spiral cutters or hammer cutters) are fixed on the vertically installed spindle, and the speed is usually 100-300rpm;
Crushing chamber: wear-resistant lining (such as manganese steel or ceramic coating) is set on the inner wall of the cylinder, and the screen is installed at the bottom or side;
Drive system: the motor is driven by a belt or gear box, and the power is configured according to the processing capacity (15-75kW);
Auxiliary devices: feed hopper (with pressing device), dust removal system, overload protection sensor.

Working principle of stee wire vertical crusher:
Material entry: Materials containing wire (such as tire blocks, wire hoses) fall into the cavity from the top feed hopper;
Crushing process: The main shaft drives the cutter to rotate at high speed, and the material is subjected to the shear force, centrifugal impact force and impact force of the cutter, the wire is torn and cut, and non-metallic materials such as rubber are crushed into debris;
Separation and discharge: Particles (wire + rubber) that meet the mesh aperture are discharged from the bottom, and unqualified materials continue to be crushed in the cavity; some equipment is equipped with wind or magnetic separation devices to simultaneously separate wire and non-metallic impurities.

Pyrolysis waste tire steel wire crushing production line:

The pyrolysis waste tire steel wire crushing production line is a special recycling system for tire waste after pyrolysis treatment. Through the process chain of "pyrolysis desorption-crushing separation-purification and recycling", the pyrolysis tire steel wire is efficiently separated from carbon black and rubber residues to achieve the recycling of metal resources. Compared with traditional crushing processes, this production line has the advantages of strong environmental protection, high metal recovery rate and low energy consumption, and is especially suitable for large-scale waste tire processing scenarios.

Final Products: