Aluminum based silicon carbide,as a new type of composite material, is increasingly being applied in fields such as aviation, high-speed rail, and electronic packaging due to its excellent physical and mechanical properties. The actual production of aluminum based silicon carbide material parts often requires drilling and milling. 

The PCD drill bits and PCD milling cutters produced by LINKUT use cutting edges welded with PCD material on a hard alloy tool substrate, which has ultra-high hardness and wear resistance, and is well suited to meet the challenges of aluminum based silicon carbide materials.

The commonly used PCD cutting tools in LINKUT include PCD end mills, PCD ball end mills, PCD drill bits, etc.

In practical applications, LINKUT PCD cutting tools have been successfully applied to high-speed milling, drilling and other machining processes of aluminum based silicon carbide composite materials. By precisely controlling the cutting speed and cutting depth, LINKUT PCD tools achieve optimization of workpiece surface quality while maintaining high cutting efficiency, ensuring high dimensional accuracy and surface smoothness of the parts.

LINKUT PCD tool features:

1. The characteristics of high hardness and high wear resistance. In the processing of aluminum based silicon carbide, the tool material must have extraordinary hardness in order to effectively cope with the challenge of material hardness. PCD has a hardness of up to 8000HV, making it easy to handle aluminum based silicon carbide processing at 2700HV, demonstrating the advantage of PCD tools in hardness.

2. Has high strength and toughness. In high-speed milling, PCD cutting tools exhibit better compressive strength than high-speed steel, hard alloy and other cutting tools, making them more stable when subjected to cutting forces and impact loads, ensuring the continuity and safety of the machining process.

3. It has the characteristics of heat resistance and heat dissipation. The thermal conductivity of PCD cutting tools is as high as 700W/mk, far exceeding that of hard alloys, which can efficiently transfer cutting heat and reduce tool thermal damage.

4. Excellent craftsmanship and economy. This artificial diamond cutting tool is not only cost-effective, but also has strong plasticity and can be made into various structural forms of cutting tools to meet different processing needs. Compared to hard alloy cutting tools, LINKUT PCD cutting tools have a longer service life, bringing significant economic benefits to production.