The NM 500 Plate is a high-performance wear-resistant steel plate that delivers exceptional durability and toughness, designed specifically for environments exposed to extreme abrasion and impact. With a nominal hardness of 500 HBW (Brinell Hardness), the NM 500 Plate offers superior resistance to wear, making it the ideal solution for industries such as mining, construction, heavy machinery manufacturing, and material handling. Its remarkable strength ensures long-lasting performance, reducing maintenance and downtime in even the most demanding conditions.
Designed to withstand heavy friction and mechanical stress, the NM 500 Plate is widely used in applications like loader buckets, crusher liners, dump truck beds, cutting edges, and hoppers, where protection against wear is essential. Its high hardness minimizes the need for frequent part replacements and ensures that critical components remain operational for extended periods, helping to lower overall maintenance costs. The NM 500 Plate is also known for its resistance to cracking and deformation under impact, providing reliable, consistent performance in high-stress environments.
Despite its hardness, the NM 500 Plate maintains excellent weldability and machinability, making it easy to cut, fabricate, and adapt to the specific needs of a wide range of industrial applications. Available in a variety of thicknesses, the plate can be customized to suit the exact specifications of your project, offering a tailored solution that ensures maximum durability while maintaining efficiency. The plate's high yield and tensile strength contribute to its ability to handle extreme conditions without compromising on structural integrity.
The NM 500 Plate is supplied with Mill Test Certificates (MTC) to guarantee the highest quality standards, providing assurance that it meets industry-specific requirements. Its superior wear resistance, combined with exceptional toughness, makes it a valuable asset for businesses seeking reliable, high-performance materials that reduce operational costs and improve equipment longevity.
