PCD Inserts CCGT Polycrystalline Diamond Turning Inserts for Non-Ferrous Metals

Short Description:

PCD Inserts CCGT are premium polycrystalline diamond indexable cutting tools, specially designed for high-precision machining of non-ferrous metals, abrasive alloys and composite materials. With optimized geometry, sharp cutting edge and professional chipbreaker design, they deliver superior surface finish, long tool life and stable machining efficiency, widely used in turning and finish machining operations.

Model: CCGT PCD Inserts
Material: PCD
Shape: C-type 80° Diamond, Single Edge
Surface Treatment: Optimized Chipbreaker, Large Rake Angle/Zero Rake Angle Optional

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Product Detail

Product Tags

Advanced Geometry

Large rake angle: Easy chip curling, lower cutting force, high machining precision, less workpiece scratch

Zero rake angle: Improve compression performance, excellent post-extrusion surface finish, controllable chip flow, lower tooling cost

Sharp cutting edge & optimized chipbreaker: Reduce cutting resistance, improve chip removal and machining stability

Product Advantages

Extreme Wear Resistance：PCD material provides ultra-high hardness and abrasion resistance, 10–100 times longer service life than carbide inserts in aluminum, high-silicon alloy and composite machining.

High Speed Machining：Suitable for high-speed cutting, less heat accumulation, stable performance under heavy working conditions.

High Precision & Mirror Finish：Achieve fine surface quality; PCD850 and single crystal diamond realize mirror-like surface.

Strong Compatibility：Fit standard turning and milling tool holders, easy to integrate into existing machining systems.

Cost-Effective：Long tool life, fewer tool changes, less downtime, lower cost per part.

1.PCD inserts with large rake angles facilitate effortless chip curling, reduce cutting forces, ensure machining precision, and minimize workpiece surface scratches.

2.Zero rake angle enhances workpiece compressive performance, ensures superior post-extrusion surface finish, controls chip evacuation direction, and minimizes tooling costs.

Notes: Contact us for more specifications and parameters.

Quality Control

Each insert undergoes 100× magnification inspection to ensure no chipping or defects on cutting edge. Strict passivation and edge preparation guarantee edge strength and consistency.

Applications
- Aerospace: Aluminum structural parts, turbine blades, CFRP components
- Automotive: Engine blocks, pistons, transmission parts, non-ferrous precision turning
- Electronics & Optics: Copper, brass, plastic parts, optical device fine finishing
- Composites: Fiber-reinforced plastics, metal matrix composites processing