The Korloy CCGT060204-AK H01 carbide insert is engineered for superior aluminum machining. With its positive rhombic geometry, H01 grade, and AK chipbreaker, it ensures high precision and extended tool life.
The Korloy CCGT060204-AK H01 carbide insert is a high-performance cutting tool tailored for aluminum and non-ferrous metal machining. Its positive rhombic 80° geometry and AK chipbreaker design facilitate smooth chip evacuation, reducing cutting forces and enhancing surface finish. The H01 grade offers excellent hardness and thermal resistance, making it ideal for high-speed operations. This uncoated insert is perfect for finishing applications, ensuring minimal wear and consistent performance.
Key Features & Specifications:
Geometry: Positive rhombic 80°
Grade: H01 (uncoated, suitable for aluminum and non-ferrous metals)
Chipbreaker: AK (Finishing)
Insert Dimensions: 6.35 mm inscribed circle diameter, 2.38 mm thickness
Relief Angle: 7°
Coating: Uncoated
Mounting Style: Counterbore for screws with taper angle from 40° to 60°
Why It's a Best Seller:
The Korloy CCGT060204-AK H01 carbide insert is renowned for its exceptional performance in aluminum machining. Its positive geometry and AK chipbreaker design ensure efficient chip removal, reducing cutting forces and enhancing surface finish. The H01 grade provides excellent hardness and thermal resistance, making it suitable for high-speed operations. Its uncoated surface offers versatility in various machining conditions.
Application Industries:
Automotive: Precision components manufacturing
Aerospace: Lightweight alloy machining
Die & Mold: High-precision mold fabrication
General Engineering: Versatile machining of non-ferrous metals
This insert is designed for machining aluminum and other non-ferrous metals.
No, the H01 grade is uncoated, offering versatility in various machining conditions.
The insert features a 7° relief angle, optimizing cutting performance.
Yes, the insert is compatible with both CNC and manual lathes, making it versatile for different machining setups.
The AK chipbreaker design facilitates efficient chip removal, reducing cutting forces and improving surface finish.