Different grades, like YG10X, YG6X, and YG8X, cater to a wide range of applications, including end mills, drills, and precision cutting of non-ferrous materials, wood, and challenging substances like titanium alloys and hardened steel. The choice of grade is determined by the desired hardness and the material to be cut.
Tungsten carbide coatings and deposits, with their hard phases dispersed in a softer alloy matrix, are often used in welding and coating applications. Their hardness, which can reach around 2500 HV, is influenced by the matrix composition, presenting unique properties when combined with copper, iron, or other alloys.
Research into tungsten carbide-based epoxy resin composites highlights the potential for enhanced performance in applications where both hardness and bonding properties are crucial. In demanding industrial settings, where wear resistance and hardness are decisive factors, tungsten carbide excels in precision cutting, wear-resistant coatings, and specialized woodworking and paper processing tools.
