Generally speaking, the higher the hardness of the steel plate, the more wear-resistant it is. Therefore, hardness is often used as an important indicator to measure the wear resistance of steel plates. So, what material of steel plate is the most wear-resistant?

Currently, common types of high hardness steel plates include:

1. High manganese steel plates, such as high manganese steel (ZGMn13), high manganese alloy (ZGMn13Crmn), super high manganese alloy (ZGMn18CR2MoRe), etc. It should be noted that high manganese wear-resistant steel plates must undergo severe impact or significant pressure to produce surface work hardening to demonstrate their high wear resistance, otherwise high manganese wear-resistant steel is not wear-resistant. They are commonly used in shot blasting machines, ball mills, crushers, and other parts prone to severe impact abrasion.

2. Abrasion-resistant chromium iron steel plates, such as high, medium, and low chromium alloy cast iron (Cr15MOZCu), etc. They are commonly used in ball mills, cement mills, and crusher jaw plates.

3. Alloy wear-resistant steel plates, such as heat-treated low alloy steel plates like JFE-EH400, JFE-EH500, DILLIDUR 450, domestic NM400, NM450, NM500, etc. Based on their inherent characteristics of high hardness, high strength, high toughness, low carbon, and low alloy, low alloy wear-resistant steel plates have excellent comprehensive performance and are widely used in engineering machinery, construction machinery, port machinery, mining machinery, cement machinery, metallurgical machinery, and thermal power plants, among other industries.

In daily production and life, the selection of wear-resistant steel plates should be based on the actual working conditions. Wear-resistant steel plates can exert the best wear resistance under suitable working conditions, and it is not simply a matter of looking at hardness.

Our company is a professional supplier of high-strength wear-resistant steel plates in China, providing domestic high-strength wear-resistant steel plates to ensure the lasting stability of quality, quantity, and price. We persistently dedicate ourselves to the research of processing, manufacturing, and application of high-strength wear-resistant steel plates.

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