CVD diamond tools offer distinct advantages due to their high hardness, exceptional wear resistance, and robust stability. Compared to PCD tools, CVD tools demonstrate a significantly longer operational lifespan, making them ideal for finishing tasks involving materials such as aluminum, copper, tungsten alloys, and other non-metal components used in automotive and various industrial applications.
The utilization of CVD diamond tools enables efficient machining of hard materials like glass fiber-reinforced plastics and high-silicon aluminum alloys. Their bond-free nature makes CVD diamond tools particularly suitable for machining corrosive materials, providing high-speed operations and extended service life.
Furthermore, polished CVD diamond tools exhibit excellent surface finish and a low friction coefficient. This characteristic helps reduce cutting forces and frictional heat generation, thereby effectively managing high chip loads at the cutting edge.