AR400 and AR500 are both high wear-resistant steel plates with excellent wear resistance, commonly used in heavy-duty applications that require wear and impact resistance. AR400 AR500 steel plates have slight differences in hardness and performance, and are suitable for different engineering requirements.
AR400 wear-resistant steel plate typically has a Brinell hardness of approximately 360-440HBW, which performs well in resisting wear and impact, making it suitable for environments that require moderate strength and good wear resistance.
Compared to it, AR500 wear-resistant steel plates typically have higher hardness, reaching at least 500HBW, providing higher levels of wear resistance and strength, suitable for applications that require higher wear resistance, such as mining and excavation.
AR400 AR500 high wear-resistant steel plates are usually made of carbon alloy steel and processed through processes such as quenching and heat treatment to enhance their hardness, strength, and wear resistance. They are widely used for components such as excavator barrels, conveying equipment, and crusher parts that require severe wear and tear.
The choice of AR400 or AR500 wear-resistant steel plate depends on specific project requirements, including the environment, expected wear level, mechanical impact, and other factors. Accurately selecting the appropriate material type and specifications based on application requirements can extend equipment lifespan and reduce maintenance costs.
Overall, AR400 and AR500 wear-resistant steel plates are materials designed specifically for high wear environments, providing excellent wear resistance and impact resistance to provide long-lasting protection and support for various engineering and industries.
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