简体中文
First, if the bimetal composite wear-resistant liner can be selected, it can improve the economic effect, reduce the downtime, and effectively improve the equipment operation rate. For manufacturers, once production is stopped during the production process, unnecessary losses will be caused by maintenance. Therefore, this is a way to increase production capacity, while reducing production costs and effectively reducing the number of workers. Simply put, this is a one-time investment, but you can benefit from materials for life.
Why do many companies now choose chromium carbide wear-resistant steel plates. The hardness is generally about 57-65, and the wear resistance is completely more than 20 times that of low-carbon steel, and it can exceed 8-12 times that of stainless steel, so in general industrial environments Don’t worry too much about it in medium use, it can effectively reflect the effect of wear resistance and prolong the use time. In addition, it also has excellent high temperature resistance. If you choose high temperature equipment, it can be used even in an environment of 1000 degrees.
There is a difference in heating between surfacing wear plates and general wear plates. General wear plates can only be used in an environment of 250 degrees, otherwise they will easily deform. And if you choose a professional wear plate, the general temperature can exceed 900 degrees, and it is not easy to have the possibility of deformation. In addition, the tomb used will be different, which is reflected in the entire operation process. The advantages will be different.
The chromium carbide wear-resistant plate obviously surpasses the general wear-resistant steel plate, showing more advantages. It has higher adaptability when connecting various steel materials, and it will be strictly proportional to the welding machine adjustment process. , So it can get good molding, not easy to be deformed, and the process performance is better, which can reflect the beauty. Generally, wear-resistant steel plates are only filled with metal, so there may be obvious oxidation during use, and safety hazards are likely to occur.
