NM450 plate equivalent

    
    NM450 plate is a wear-resistant material with a hardness of more than 450 HBW and a wear resistance three times higher than that of ordinary steel. Its characteristics include high strength, excellent wear resistance, strong corrosion resistance, good processability and weldability, low temperature resistance and high temperature resistance, etc. NM450 plate is widely used in mining, engineering, agriculture and construction applications.
    
    NM450 plate is made from high-chromium, abrasion-resistant steel that has been treated to achieve a hardness of at least 450 HB, the second highest of any abrasion-resistant steel. NM450 is typically utilized in applications where extreme wear is experienced, such as concrete and asphalt mixing, mining and rock crushing, and road construction.
    
    NM450 plate is often chosen as a substitute for stainless steel, due to the superior wear-resistance of the material. As compared to stainless steel, NM450 has superior yield and tensile strength, meaning it is perfect for applications where strength, as well as wear-resistance, is key. NM450 is also extremely resistant to corrosion, thus making it suitable for subsea applications as well. Another positive aspect of this steel material is its weldability—not something typically associated with abrasion-resistant steels.
    
    The unique properties of NM450 plate enable it to be used in a range of applications, such as use in coal-fired boilers and steel conveyor belts. NM450 is also capable of withstanding high-impact applications, such as aggregate processing and log splitting. Some of the additional industries in which NM450 plate is used are agriculture, construction and fabrication.
    
    Overall, NM450 plate is a great alternative to stainless steel due to its superior wear-resistance and strength. Additionally, its weldability and corrosion-resistance make it an ideal choice for certain industrial applications. It is an economical and efficient choice for those who are looking for maximum wear-resistance and strength without sacrificing affordability.