Carbide Ball Nose End Mill for Alloy Steels/Hardened Steels, 4 Flute HRC 55 Deg AlTiN Coating-Imperial

Carbide Ball Nose End Mill for Alloy Steels/Hardened Steels, 4 Flute HRC 55 Deg AlTiN Coating-Imperial

$21.99 $25.99

Material: CNC 4 Flute Carbide Ball end milling Bit excel at working carbon steels, alloy steels, pre-hardened steels, hardened Steels, cast iron,etc.
AlTiN Coating: Titanium aluminum nitride (AlTiN) coating lubricates the end mill for stability at high temperature and superior wear resistance at high cutting speeds, offering better heat resistance than TiAlN, TiN or TiCN coatings.
High Performance: carbide has higher hardness and wear resistance and excellent cutting performance than high-speed steel.
Durable: HRC 55 Deg,Excellent performance in hard materials that are difficult to cut. Extremely hard, wear resistant.

Size: 1/8" *3“ L

1/8" *3“ L
1/4" *4“ L
5/16" *4“ L
3/8" *4“ L
1/2" *4“ L

Number of items: 1

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Carbide Ball Nose End Mill for Alloy Steels/Hardened Steels, 4 Flute HRC 55 Deg AlTiN Coating-Imperial

1/8" *3“ L / 1

$21.99 $25.99

PRODUCT HIGHLIGHTS

Ultra-high hardness and wear resistance: The carbide substrate provides extremely high hardness and wear resistance. With the AlTiN coating, it can maintain a sharp cutting edge under high temperature and high-speed cutting, greatly extending the tool life.

Advantages of AlTiN coating: The AlTiN coating has excellent thermal hardness and oxidation resistance, stable cutting, and reduced adhesive wear.

4-edge spiral design: The evenly distributed 4-edge spiral groove design has a more balanced cutting force distribution, reduces vibration and radial runout, and significantly improves surface finish and processing accuracy.

APPLICATION SCENARIOS

Multi-scenario application: It is widely used in complex surface processing, taking into account both efficiency and precision. It is especially suitable for medium and high load processing scenarios in molds, aerospace, and 3C industries, and is compatible with a variety of materials such as alloy steel, carbon steel, and cast iron.

Product details

Technical Specifications

This series features reinforced carbide with wear-resistant coatings and finely tuned tool geometry, ensuring the tools can withstand high cutting loads during machining of carbon steel, alloy steel, and cast iron. The design emphasizes balanced cutting angles to maintain dimensional stability and precision under high-strength cutting conditions.

Cutting Performance & Advantages

Addressing challenges like high cutting forces and uneven chip formation in steel and cast iron materials, this series employs uniformly distributed helix angles and optimized cutting edge designs. This results in smoother cutting processes, uniform chip formation, reduced vibration, and heat accumulation, thereby extending tool life and ensuring stable machining outcomes.

Manufacturing Process & Quality Control

Leveraging advanced CNC equipment and efficient heat treatment processes, the products undergo stringent tests for dimensions and wear resistance. Meticulous process control ensures the tools exhibit high stability and consistency when machining hard metals, meeting the demands of heavy industrial applications.

Application Fields & Customer Recognition

Extensively applied in mechanical manufacturing, automotive parts, and mold production sectors. This series demonstrates excellent performance in machining carbon steel, alloy steel, and cast iron, earning trust from numerous heavy industry clients by significantly improving production efficiency and workpiece quality.