HRC60 AITiN Coated Carbide End Mill For Steel, Hard Steel, Iron Carbide Corner Radius Mill Cutter

HRC60 End Mill For Hardened Steel Carbide Corner Radius AITiN/ALTiSiN Coated

HRC 45°:Raw Material: Use YG10X with 10% Co content and 0.8um grain size
HRC 55°:Raw Material: Use ZK30UF with 10% Co content and 0.6um grain size
HRC 65°:Raw Material: Use GU25UF with 12% Co content and 0.4um grain size
HRC 60°:Raw Material: Use ZK40SF with 12% Co content and 0.6um grain size.

Benefits of Using Coated Carbide 4-Flute Corner Radius End Mills:

• Longer Tool Life: AITiN coatings significantly extend the life of the end mill by protecting against wear, heat, and oxidation.
• Increased Productivity: These coatings allow for higher cutting speeds and feed rates, enabling faster machining times without sacrificing quality.
• Improved Surface Finish: The low-friction properties of these coatings help produce smoother finishes on the workpiece, particularly in finishing operations.
• Reduced Heat Buildup: The coatings act as thermal barriers, reducing the amount of heat transferred to the tool and preventing premature wear or tool failure.

Features:

• Product Name:4 Flutes Corner Radius End Mill
• Cut Diameter: 12mm
• Cut Length: 30m
• Shank Diameter: 12mm
• Overall Length: 75mm
• Sample Order: Accepted
• Coating/Finish Type: AITiN
• Flute Type: Corner Radius End
• Hardness: HRC60
• Customize: Available

Technical Parameters:

Applications:

• Machining Hardened Steel: Ideal for cutting through extremely hard materials (HRC 60), such as hardened tool steel, stainless steel, and heat-treated alloys.
• Mold and Die Making: Perfect for finishing operations where precision and a smooth surface finish are required, especially in mold-making for complex, 3D-shaped parts.
• Aerospace and Automotive Industries: Frequently used for cutting tough alloys like titanium, Inconel, and high-strength steel, where tool wear and durability are major concerns.
• Reduced Tool Wear: The corner radius increases the tool's lifespan by minimizing edge chipping and distributing cutting forces more evenly.