AGC technology to control thickness of hardox 500 material properties

HARDOX 500 material properties, NM450 wear-resistant steel plate has a Brinell hardness of 450HB. It has outstanding cold bendability and is mainly used in anti-wear conditions. NM450 wear-resistant steel plate has very good weldability. NM450 wear-resistant steel plates are used in dump truck carriages, containers, crushers, screens, feeders, feeding hoppers, elevators, blades, conveyors, buckets, blades, gears, sprockets, etc.

Our strutural steel plates are not attacked easily by the chemicals in harsh weather. They are a hard, strong, and durable product. Their characteristics are tested through tests. We perform hardness, pmi, micro, chemical, mechanical, macro, ultrasonic test and more. We pack carbon steel plates, HARDOX 500 material properties, hot rolled plates, structural steel sheets safely to maintain their good performance so that they serve longer than usual.

Normalizing is a heat treatment that improves the toughness of steel. After the steel components are heated to 30-50°C above the Ac3 temperature, they are kept for a period of time and then air cooled. The main feature is that the cooling rate is faster than annealing but lower than quenching. During normalizing, the crystal grains of the steel HARDOX 500 material properties can be refined in a slightly faster cooling. Not only can satisfactory strength be obtained, but also the toughness (AKV value) can be significantly improved and reduced The tendency of the component to crack.

Since the welding process is often used in the fabrication and processing of steel structures, it is very important for low-alloy high-strength steels of such purpose to be welded using the arc welding process that is widely used in thin thickness plates and steel strips. Yes, the welding seam of the steel structure should have the required strength and toughness, so as to withstand the most unfavorable conditions for the intended use. At present, the development of HARDOX 500 material properties, low-alloy high-strength steels is carried out simultaneously with the development of various welding processes. Most low-alloy high-strength steels can be welded well.