Port:
Shanghai Qingdao Guangzhou
Delivery Lead Time:
7-10 work days
Packaging:
Cartons and bubble wrap
Supply Availability:
3000 Pieces per Month
Product Description
Description: The PCD Boring Tools are made by PCD Blanks E6 Brazing on The Tungsten Carbide Body. Most common is full face PCD Notching Tools. PCD Boring Tools are used for Machining Various Of Tungsten Carbide Rollers. PCD Tips for Carbide Roller Notching.
Details
Applications of PCD Boring Notching Tools: PCD Boring Tools Are Used For Machining Various Of Tungsten Carbide Rollers. PCD Tips For Carbide Roller Notching.
PCD boring tools Application range
Roll?Air Conditioning Compressor Parts?Slewing support?Gear shaft?Bearing?Cylinder?Cylinder liner?Hub unit bearing?Brake drum?Brake disc.
Why Choose Our PCD Boring Tools
1. The raw material is excellent, and it is processed and sharpened by the element six PCD composite sheet.
2. Fine cutting edge, the hardness of diamond is about 8000HV, and the hardness is 10 times that of alloy. It has the advantages of low friction coefficient, high hardness and long service life. It can process a higher finish than conventional tools while reducing costs.
3. High-precision dimensions, tolerances of blade angle, blade tip, length, and equal division are strictly controlled within the tolerance of 0.02MM to ensure the stability of the life of each blade.
4. Complete specifications, various specifications and models can be produced, customized production according to the customer's use size, the manufacturer's supply makes you more assured.
Advantages of PCD Boring Notching Tools:
? High Abrasive Resistance And Thermal Conductivity
? Good Surface Finish
? Long Service Life. The Service Life Is 20-30 Times More Than Carbide Boring Tools.
? High processing efficiency and high universality.
? Suitable for dry and wet cutting.
PCD inserts are mostly used in high, medium and low silicon content aluminum alloys, graphite, metal matrix composites, carbon fiber composites, titanium alloys, aluminum alloy ultra-finishing industries, aviation and auto parts, etc. In traditional machining applications, it not only greatly reduces the overall production cost, but also significantly improves the productivity and efficiency of the entire production operation, while greatly reducing equipment investment.
