125KN Pressure Scrap Metal Shear Square Sheet Cutting Hydraulic Driven Type

Motor Power Q91 - 800 Scrap Metal Shear / Square Sheet Shear Machine

Introduction

Gantry Platferrous metal, Q91 series square sheet shear machine is suitable for steel mills, metal recycling and processing industry and non-ferrous metal, ferrous smelting industry, etc.

Q91 series square sheet shear machine adopts hydraulic transmission, compared with the mechanical drive type shears, has small volume, light weight, small inertia, low noise, stable movement, convenient operation, flexible, large shear section, scissors, not soft not hard mouth, when shear is not short of blasting, long service life, no gap again thin all good shear, convenient adjustment and operation safety.

The steel sheet slitter is mainly applied to the cutting of metal plate materials such as steel plate, copper plate and nickel plate. The shear force ranges from 100 tons to 250 tons. The main size of cut material is (12~20mm)*250mm. the shearing times is 8~12 per minute. This series require the simple infrastructure construction.

Advantages

1. This equipment adopts hydraulic transmission, compared with the mechanical drive type shear machine, has small volume, light weight, small inertia, low noise, stable movement, convenient operation, flexible, large shear plane, scissors, convenient adjustment, the use of safe operation, easy to achieve overload protection;
2. This equipment is designed for fast, without any increase in power of the motor and pump displacement condition, in (about 250 tons) under shear speed fast, large shear material automatically converting speed. Recover the original shear force, so as to improve the work efficiency nearly doubled,

3. This equipment has the function of manual and automatic, convenient operation, simple control, scissors mouth work in any position in the process of starting cut and stop, and can according to the size of the cut materials, arbitrary control cut the size of the mouth, in order to obtain the highest working efficiency;