SupplyPCD tools can generally be used to cut materials such as wood, carbon fiber materials, copper and zinc alloys, bronze and brass alloys.
Since PCD is not affected by high temperatures, it offers greater advantages over carbide tools in terms of speed and precision. In addition, they are more durable and more sensitive in terms of surface quality than carbide tools.
Heat dissipation performance: the metal base of PCD can effectively conduct and dissipate heat, so it is particularly suitable for high-power electronic devices. It can help maintain the normal operating temperature of electronic components and improve the stability and reliability of the system.
Mechanical strength: The metal base of PCD makes it he high mechanical strength and can withstand vibration, shock and other external forces. This characteristic makes PCD widely used in industrial and military applications with high reliability requirements.
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