How to choose waste metal shredder?

The waste metal shredder equipment is a common shredder with the principle structure of the twin-shaft shredder. Due to the principle of double-axis shear shredding, the material of metal shredded materials is very wide, including: various large automobile shells, bicycles and motorcycles. , oil drums, scrap aluminum alloys, etc. With the domestic economic development and the continuous improvement of the national economy in the past two years, a large amount of waste materials recycling has become an effective resource recovery. The promotion of Scrap metal metal equipment has been widely used as a shredding device.

The waste metal shredder does not need to be screened or preliminary cut before the material is shredded. It can directly deliver the material. The volume of the metal material after shredding is significant, and the pure metal material can be obtained for subsequent processing. Small, profitable, and broad market prospects.

So in the specific equipment work, how do we choose the right scrap metal metal equipment?

1. Judging according to the size of the shredded output

The waste metal shredder is divided into a single-shaft shredder, a two-axis shredder and a four-axis shredder according to the number of spindles. The difference is that the more the number of spindles, the stronger the shredding power and the higher the output, which needs to be arranged according to its own production. Make a selection of different models.

2. Shred the size of the material to determine the size

The volume of the material is large or small. If the model of scrap metal metal is wrong, once the feed port of the shredder is not put into production, it is very troublesome to re-engineer the equipment. Therefore, the very large feed length width of the material should be planned in advance. To avoid affecting production.

3. According to the planning of the production line of the site machine

Since the site is fixed, combined with the layout of the production line, we can choose the right model for layout, and choose a device model with very high cost performance without reducing the output.