Metal Shredder Introduction

Scrap metal shredder consists of motors, gearboxes, feed hopper, shredder blades, shafts, lower racks, control box, etc. It is mainly used to shred scrap metal and increase its bulk density for easy transportation and recycling.

The blade of the scrap metal shredder is made of high-strength alloy steel, which has strong wear resistance and high strength. And differential operation between the shafts has the functions of tearing, extruding and biting. It is specially designed for scrap metal, and has the advantages of uniform discharge, large output and low noise. The electrical part is controlled by PLC and has the functions of automatic detection and overload protection.

Metal Shredder Application

It is widely used in shredding scrap iron sheets, scrap steel plates, cans, metal bottles, paint buckets, car shells, tires and other waste materials. The shredded products can be equipped with production lines or directly recycled according to the needs of users, which effectively improves the recycling efficiency of scrap metals.

Metal Shredder Working Principle

The metal shredder mainly relies on the principle of "shearing and cutting" to process the solid wastes. The material is conveyed to the shredder by feed, and the shredders’ blade tear and cut the pushed material to turn them into small pieces. The materials that meet the requirements are screened out by screen holes, and the materials with large particles are returned to the shredder to start a new round of processing until the requirements are met.

Why Choose Our Shredder

1. Our metal shredder has the advantages of low speed, high torque, low noise, etc. It adopts PLC control system, which can be automatically controlled, and has the functions of start, stop, reverse and overload protection;

2. The motor and reducer drive the cutter shaft at the same time to achieve the shearing effect of low speed and high torque;

3. Bearing with sixfold seals, which is which is effectively waterproof and dustproof, and prolongs the service life of the bearing;

4. Adopting the cutting tool coating and welding repair technology to realize the repeated use of the cutting tool, which greatly reduces the maintenance cost;

5. The cutting tools are arranged according to the spiral line to achieve efficient cutting;

6. Hexagonal design is adopted for the inner hole of the cutting tool and the spindle surface to realize the even force on the cutting tool;

7. Different types of cutting tool can be choose according to different materials and shapes of customers' demands.