2251 characteristics of Metal roll former machines -

characteristics of Metal roll former machines

Increase production: Install a metal roller forming machine in the grinding system, whose high-pressure load is transmitted to the material layer being ground through the diameter of the double rollers. Most of the energy is used for mutual compression between materials, converting the sound and heat energy generated by material friction into the deformation energy of the material, causing it to deform, tear, and crush. This can fully utilize the potential of grinding equipment, increase production by 50-100%, and reduce total energy consumption by 20%
Reduce power consumption: Use a roller press to grind materials. The material management after rolling not only has the advantages of significantly increasing and decreasing particle size, but also significantly reducing the Bond work index, which can greatly improve the grinding condition of subsequent mills and significantly reduce the unit power consumption of the entire grinding system. It can significantly reduce the total power consumption of the grinding system. Compared to traditional grinding methods, it saves 25-50% energy and has considerable annual energy-saving benefits
Investment saving: Compared with pipe mills with the same production capacity, roller presses have the advantages of simple structure, small volume, light weight, and small footprint, which can save civil engineering investment and facilitate the transformation of the original grinding system.
A good working environment: Materials are continuously squeezed and crushed when squeezing the roller cover, making it difficult for harmful dust to spread. At the same time, due to almost no impact, the noise of the rolling tube press is much smaller than that of the tube mill.
Easy to develop: Traditional pipe machines are limited by processing, transportation, thermal treatment, and other conditions, resulting in significant limitations for large car pipe machines. The roller press grinding system solves this problem. The development of large-scale grinding systems has become a reality