NM400 steel bend radius vs a 36 steel plate

    Bend radius plays a significant role in metal fabrication. It helps determine the maximum amount of angle a metal can be bent without causing severe deformation or damaging the material itself. The bend radius of a metal like NM400 steel and A36 steel can often determine which metal is the right choice for a particular job. In this article, we’ll compare the bend radius of NM400 steel to a similarly-sized 36 steel plate, and explain why they may be chosen over the other.
    
    NM400 steel is a wear-resistant steel plate and is used for special applications. It has excellent wear-resistant properties and provides extended wear life in a variety of industrial and engineering applications. Its wear-resistance is achieved through cold-working, hydroforming or other wear-resistant alloy treatment. NM400 steel has a bend radius of about 1.5 times its thickness, or 2.5 times the material’s thickness, depending on the desired angle of the bend and the degree of deformation. This bend radius is considered to be very good for use in metal fabrication projects, namely in those that require a long-lasting and wear-resistant material, such as mining and construction.
    
    A36 steel plate is a common structural steel used for a variety of applications. It has a minimum yield strength of 36 KSI and a minimum tensile strength of 58 KSI, making it suitable for most construction and engineering purposes. When it comes to bend radius, A36 steel generally has a minimum bend radius of 1.5 times the material’s thickness. However, depending on the application, A36 steel can be bent to create sharper angles with a larger bend radius that can reach up to 3 times the material’s thickness.
    
    Overall, both NM400 and A36 steel plates have good bend radii and can be used in different metal fabrication applications. For many projects, NM400 steel is important because of its wear-resistant properties, which can give it a longer lifespan. On the other hand, A36 steel is a versatile type of steel and can be used to create wider variety of shapes and angles, making it a popular choice for structural projects.