The NM 500 vs nm400 material
NM 500 and NM400 are two of the most versatile and reliable wear resistant steel grades on the market. These steel grades are designed to handle extreme wear and tear, providing a robust and reliable solution to the ever present challenge of wear. In this article, we shall briefly examine each in turn and identify the best use cases for each steel grade.
NM 500 is a wear plate produced by SSAB, a Swedish steel manufacturer. It is an abrasion resistant, quenched and tempered steel plate that is known for its extreme durability and strength. NM 500 offers a unique combination of hardness and toughness, making it the ideal solution for severe wear problems. The steel has superior weldability and impact resistance, which make it perfect for extended service life in applications that involve heavy impacts and abrasion. As such, it is frequently used in applications such as dump bodies, long belt conveyors, dump trucks and excavators.
NM400 is an abrasion resistant steel plate produced by Nippon Steel, one of the leading steel producers in Japan. It is a hard-wearing, heat-treated quenched and tempered steel plate that is designed to provide significant strength and enhanced wear resistance. NM400 uses a “double-chemical” quenching process to add extra hardness to the plate, making it more resistant to abrasion and corrosion. The steel is suitable for applications such as crushers, bulldozers and dumpers and is a dependable solution to wear issues in these types of machinery.
NM 500 and NM400 offer many advantages, however they are also suited to different applications. NM 500’s superior toughness and weldability make it suitable for applications that involve heavy impacts and abrasions. NM400, on the other hand, is best for applications that involve medium to heavy abrasion and do not require high weldability. In both cases, these steel grades provide a robust and dependable solution to wear issues.
In conclusion, NM 500 and NM400 are both reliable and versatile wear resistant steel grades. They offer superior durability and strength and are ideal for applications that involve heavy wear and tear. While they have different strengths, they can both provide a dependable solution to wear problems.




