Carbide Used In Cutting Tools

What sets carbide apart is its ability to maintain this high hardness even at elevated temperatures between 900 to 1000 degrees Celsius, making it an ideal material for applications requiring exceptional wear resistance. Its outstanding hardness and resilience contribute to its extensive use in various industries, including cutting tools, machining, and wear-resistant components, ensuring prolonged durability and performance even in demanding, high-temperature environments.Carbide is a remarkable material known for its exceptional cutting performance when compared to high-speed tool steel. It enables cutting speeds that are 4 to 7 times faster and boasts a significantly extended service life, lasting anywhere from 5 to 80 times longer. What sets it apart is its ability to efficiently cut hard materials with a remarkable hardness of up to 50 HRC. This extraordinary cutting prowess makes carbide an invaluable choice for precision machining, where speed, longevity, and the ability to tackle hard materials are essential for enhanced productivity and efficiency.