Development of Wear-resistant Steel Rolling
In recent years, with the rapid development of China’s industry, wear-resistant steel rolling technology has also ushered in great progress. To reduce the energy consumption caused by high wear resistance, coupled with various research, wear-resistant steel rolling technology has been greatly improved. In the metallurgical industry, wear-resistant steel rolling technology is usually used when a metal needs to resist wear and tear, so it is widely used in many industrial fields.
Wear-resistant steel rolling technology has many advantages. First, it produces high wear-resistant and corrosion-resistant materials, which are suitable for high temperature, corrosion and wear environments. Second, the produced materials have higher strength, good toughness, even wear resistance and can meet relevant performance requirements. Third, during production, excellent transmission performance and heat dissipation performance can be achieved.
In order to achieve the best wear resistant effect, it is necessary to understand the characteristics and composition of wear-resistant steel, and then use appropriate equipment. Different materials may need to be treated separately, including cold rolling and hot rolling. Cold rolling can reduce the thickness of steel and improve the surface finish of products. Hot rolling can further reduce the thickness, improve the surface finish and increase the strength of products.
The size and hardness of materials after wear-resistant steel rolling should be strictly controlled, so as to meet the use requirements of the product. For example, the product size should be considered in the rolling process, so that the straightness of the product and the size of the groove can be controlled. The hardness of wear-resistant steel should be within an appropriate range, so as to ensure the wear resistance.
In addition, the choice of lubrication in the wear-resistant steel rolling process should also be considered. Different lubrication oils are used for different rolling parts. Excessive lubrication will reduce the performance of wear-resistant steel, while improper lubrication will cause the product to be severely worn. Therefore, it is necessary to choose the most suitable lubrication oil to reduce the wear and tear and improve the performance.
In conclusion, it is important to rely on scientific and technological advances to develop human production, so as to ensure the safety and reliability of wear-resistant steel rolling. Through the joint efforts of all parties, we can take full advantage of wear-resistant steel rolling to provide users with the best quality service.
