HARDOX 400 steel plays a crucial role in the mining industry, where machinery and components are subjected to extreme abrasion, heavy impact loads, and harsh working environments. With its nominal hardness of approximately 400 HBW and excellent combinatio...
HARDOX 400 steel plate is known for its excellent wear resistance and high hardness, but these same properties also make cutting and machining more technically demanding. To achieve high-quality results while preserving material performance, manufacturers...
HARDOX 400 steel plate, known for its high hardness and strong wear resistance, can be successfully welded as long as proper procedures and precautions are followed. Although its hardness of approximately 400 HBW enhances durability, it also makes the mat...
The wear life of HARDOX 400 steel is one of the primary reasons it is widely used in heavy-duty, abrasion-intensive industries. Engineered as a high-strength quenched and tempered wear-resistant steel, HARDOX 400 steel delivers a significantly longer serv...
HARDOX 400 plate is widely recognized not only for its high hardness and abrasion resistance but also for its impressive impact resistance. This combination of properties is what allows the material to perform reliably in demanding industrial environments...
The exceptional wear resistance of HARDOX 400 steel plate is the result of a well-engineered combination of chemical composition, microstructure, and heat treatment. As a quenched and tempered wear-resistant steel, HARDOX 400 is designed to endure severe...
The Brinell hardness of HARDOX 400 is one of the most defining characteristics of this widely used wear-resistant steel. With a typical hardness range of 370–430 HBW, HARDOX 400 is engineered to deliver a strong combination of abrasion resistance, durabil...
HARDOX 400 wear plate achieves its outstanding combination of hardness, toughness, and wear resistance through a precisely controlled chemical composition. As a high-strength quenched and tempered steel, HARDOX 400 relies on optimized alloying elements th...