Characteristics of high manganese wear-resistant steel plate
High manganese wear-resistant steel plate, also known as high-manganese alloy wear-resistant steel plate, is a product made of high-manganese, high-hardness, and high-strength alloy steel plates. High manganese wear-resistant steel plate has significant characteristics and advantages such as strong wear resistance, corrosion resistance, and high temperature resistance. It is a rare material for steel plate processing and is increasingly used due to its special properties.
Good wear resistance
The wear resistance of high manganese wear-resistant steel plates can reach 10 times that of ordinary steel plates. In some hard materials, the wear resistance of high manganese wear-resistant steel plates can reach 15-20 times, which can effectively extend the service life of equipment and reduce maintenance costs.
High tensile strength
The tensile strength of high manganese wear-resistant steel plate is more than twice that of ordinary steel, so it can withstand higher loads.
Corrosion resistance
High manganese wear-resistant steel plate has been treated with special alloy, which is not only wear-resistant, but also has strong corrosion resistance. This allows it to be used in harsh environments and maintain its good performance.
Good weldability
High manganese wear-resistant steel plate not only has good cutting performance, but also has good weldability, and can be welded conveniently and quickly during manufacturing.
Uses of high manganese wear-resistant steel plates
High manganese wear-resistant steel plates have unique properties and are widely used in harsh wear-resistant, corrosion-resistant, and high-temperature-resistant equipment, such as mining machinery and coal mines. Machinery, metallurgical machinery, construction machinery, petrochemical machinery, concrete mixing vehicles, cement conveyors, smelting machinery, grinding machinery, steel machinery, ships, etc. It is an ideal choice for equipment with high requirements for wear resistance and corrosion resistance.