10 pc Kyocera CCMT09T304HQ CA525 – Turning Insert (Finishing to Medium, HQ Chipbreaker)
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Kyocera CCMT09T304HQ CA525 – Turning Insert (10 pcs Finishing to Medium, HQ Chipbreaker)
The Kyocera CCMT09T304HQ CA525 is a high-performance positive-type turning insert designed for finishing to medium operations in steel machining. It features the HQ chipbreaker, optimized for smooth chip control, reduced cutting forces, and stable edge performance. Manufactured using Kyocera’s advanced CA525 CVD-coated carbide grade, this insert offers excellent wear resistance, toughness, and long, consistent tool life even in continuous and light interrupted cuts.
Key Features & Benefits
- CA525 Grade: Reliable all-round CVD-coated carbide grade optimized for steel turning applications.
- HQ Chipbreaker: Provides excellent chip evacuation and consistent performance across finishing to medium-depth cuts.
- Balanced Performance: Combines edge strength and wear resistance for long-lasting stability.
- Reduced Cutting Resistance: Ideal for achieving superior surface finishes and dimensional accuracy.
- Versatile Use: Suitable for continuous and lightly interrupted machining of carbon and alloy steels.
Technical Specifications
- Designation / Order Code: CCMT09T304HQ CA525
- Insert Shape: 80° Rhombic (C Type)
- Insert Type: Positive Turning Insert
- Material: CVD-Coated Carbide
- Grade: CA525 – Steel Turning Grade
- Chipbreaker: HQ – Finishing to Medium Range
- Inscribed Circle (IC): 9.525 mm
- Thickness (S): 3.97 mm
- Hole Diameter (D1): 4.4 mm
- Corner Radius (RE): 0.4 mm
- Relief Angle: 7°
- Cutting Depth (ap): 0.1 – 1.5 mm
- Feed Rate (f): 0.05 – 0.25 mm/rev
- Tolerance (Class G): ±0.025 mm
- Pack Quantity: 10 pcs
About Kyocera CA525:
Kyocera’s CA525 grade is a proven CVD-coated carbide designed for steel turning. It provides a balance between toughness and wear resistance, ensuring stable performance in both finishing and medium machining. With optimized chip control and heat resistance, CA525 delivers reliable results and longer tool life under varying cutting conditions.