HARDO X450 bend radius vs a 36 steel plate
The bend radius of a material is a measure of the material’s flexibility, which describes its ability to bend without irreversibly altering its shape. The bend radius of Hardox 450 (HARDOX X450) is often compared with other steels, such as 36 steel plate. This comparison can be useful for fabricators who want to know whether a particular steel will be suitable for an application.
The Hardox 450 is a quenched and tempered wear-resistant steel with a nominal hardness of 450 HBW. It is primarily used in applications that require the material to have an excellent balance between strength and formability. This material is widely used in the trucking and mining industries due to its wear-resistant properties and its high strength. The Hardox 450 is known for its good weldability, excellent through-thickness properties and its ability to stand up to extreme wear and tear.
The Hardox 450 has a recommended minimum bend radius of 5.5 times the material’s thickness. This means that when bending the material, the radius should be at least 5.5 times greater than the material’s thickness. For example, a piece of hardened steel 4 mm thick would need to have a bend radius of 22 mm or greater. The Hardox 450 has one of the highest minimum recommended bend radii of any wear-resistant steel.
In comparison, 36 steel plate typically requires a bend radius of 4 times its thickness. This means that a 4 mm thick piece of 36 steel plate should have a bend radius of at least 16 mm. Although the bend radius of 36 steel plate is typically less than that of Hardox 450, it is important to remember that its minimum bend radius should still be greater than the material’s thickness.
When comparing the bend radius of Hardox 450 to that of 36 steel plate, it is important to keep in mind that each material has its own unique set of properties. Hardox 450 can be up to five times harder than 36 steel plate, depending on the application. This increased hardness gives the Hardox 450 improved wear-resistance, impact-resistance and durability. With that being said, this increased hardness also means that it is more difficult to bend and form than conventional steel.
When choosing between Hardox 450 and 36 steel plate, it is important to consider both the application and the material’s bend radius. If the application requires a material that can bend without changing its shape, then Hardox 450 is likely the best option due its high minimum recommended bend radius. However, if the application does not require extreme wear-resistance and durability, then 36 steel plate may be the more suitable option due to its lower minimum bend radius.
