Waste steel shredder

The scrap steel shredder is also called a metal shredder. The scrap shredder series products are mainly divided into two-axis metal shredders and four-axis shredders, which can meet the user’s processing of large, medium and small scrap crushing. In the applicable characteristics of the equipment, the scrap shredder can be used to replace the gantry scissors for the coarse crushing operation of the automobile shell. Compared with the original automobile shearing and crushing treatment process, the whole set of automobile shredder crushing production line has more complete automatic control technology. The entire production line needs to be lower in manual investment, and the output can be increased by more than 28%, which is more suitable for the mass-produced waste car crushing treatment of the automobile dismantling center. Through the transformation of the processing method of the scrap shredder, the card machine phenomenon which occurs in the overall crushing effect of the automobile shell, the disadvantages of large working noise and large dust, and the low threshold processing equipment for the environmental resource recycling industry can be solved.

Waste steel shredder

working principle
The waste steel shredder transfers the power to the main shaft through the reducer connected to the motor during the working process. Under the traction of the main shaft, the shredder blade fixed on the main shaft will enter the waste in the metal shredder cavity. The metal is clamped, and the material is wound into the two-axis gap during the continuous pressing process of the blade card position, and the material is crushed by the double-axis tearing action, and the crushed material usually presents a strip or a sheet shape from the bottom of the device. Filtration is carried out through the conveyor belt to feed the material to other equipment for centralized processing or direct collection.
Waste steel shredder
Features
1. The screen can be customized according to user requirements. The installation and disassembly are hydraulic control.
2, long tool life, high utilization, and can be maintained multiple times.
3. Control system: PLC control system is adopted, which is easy to operate and maintain.
4, the main knife standard is the two-jaw material for the alloy tool steel auxiliary knife standard for the four-claw material.
5. The bearings, motors and reducers used in this machine are all well-known brands in China, and the main electrical components are Schneider, Mitsubishi, ABB and other brands.
6, the body design is reasonable, the use of high wear-resistant steel welding or casting equipment to run more stable.
7. Synchronous design of the spindle can effectively avoid the chaos of the equipment.
8. The discharge size can be adjusted arbitrarily.
9. The protection device is protected from jamming. After the material is stuck, it can be reversed without manual control to protect the motor and the blade.

Model	Power(kw)	Rotating speed(r/min)	Yield(t)	Number of cutters	Cutter diameter(mm)	Reducer	Length, width and height(m)
400SQ	4-11*2	12-25	0.5-1	Depending on the thickness of the cutter Y=L/T Y Number of cutters L Model T Cutter thickness	φ200	250*2	1.81.51.6
600SQ	4-15*2	10-24	2-3		φ200	350*2	2.621.9
800SQ	4-22*2	10-24	3-4		φ360	500*2	2.821.9
1000SQ	6-30*2	8-22	4-5		φ400	600*2	321.9
1200SQ	6-37*2	8-22	6-10		φ450	650*2	3.42.22.2
1400SQ	6-45*2	8-24	8-12		φ520	750*2	432.4
1600SQ	6-55*2	8-24	10-18		φ560	750*2	532.4
1900SQ	6-75*2	6-20	14-22		φ650	800*2	63.52.5
2200SQ	6-110*2	6-20	18-26		φ750	850*2	7.544.5