Hardox 500 Grade equivalent

    
    HARDOX 500 is a high-strength abrasion-resistant steel produced by Swedish manufacturer SSAB. It has a nominal hardness of 500 HBW (Brinell hardness) and it is widely used in the mining and construction industries, both for wear-resistant structural parts and for applications that require an increased resistance to abrasive forces. The steel is well-suited for applications that are subject to high stresses and loads. HARDOX 500 offers excellent weldability, formability and machinability, which makes it ideal for a wide variety of applications. The high-strength steel can be used in a variety of applications, such as in frames, cold-formed members, liners, wear-resistant components, armor, and other protective systems.
    
    HARDOX 500 has a yield strength of around 1350 MPa and a tensile strength of 1550–2050 MPa, which together make it suitable for applications where both strength and wear-resistance are integral concerns. The steel is often considered a good substitute for the traditional grade of steel known as Grade 750. The latter is often used in applications that require high strength and wear-resistance but where other grades may not be suitable. HARDOX 500 is a far superior substitute in these cases due to its superior toughness and yield strength. Its superior weldability and machinability allow for higher levels of productivity compared to Grade 750 and other similar grade steels.
    
    HARDOX 500 is made up of a base steel that is alloyed with nickel, chromium and other elements, as well as some boron and copper. The high-strength steel is more expensive than standard grades of steel, but its superior performance often makes up for the higher cost. HARDOX 500 is weldable, workable and tough. It can be annealed in order to improve its formability and heat-treated to increase its strength.
    
    HARDOX 500 features a good combination of strength and wear-resistance and can be used in a variety of applications. The high-strength steel works extremely well in applications that require wear-resistance and strength. Its superior weldability and formability make it a good option for many applications. Its actual cost may be higher, but its performance and timesaving benefits may be worth the price, especially in applications where cost is a major consideration.