The most important application for tungsten carbide is metal cutting, which including milling, turning and bore machining. Tungsten carbide plays an extremely important role in the machining process because it offers higher wear resistance than high-speed steel, which can withstand higher working temperatures and can be very well optimized to meet the requirements of various processes. At the cutting edge, carbide tools can withstand temperatures of up to 1,100°C with minimal creep, with higher cutting speeds and feed rates. The tungsten carbide provides minimum quantity lubrication and high-speed cutting, which can meet high demands for the performance of cutting tools.
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