TNMG1604 TNMG160408 TNMG331 TNMG332 TNMG2204 TNMG160404 TNMG 160408 TNMG CNMG WNMG Inserto Turning Cnc Carbide Insert

Product Description:

TNMG1604 TNMG160408 TNMG331 TNMG332 TNMG2204 TNMG160404 TNMG 160408 TNMG CNMG WNMG Inserto Turning Cnc Carbide Insert

Features:

High hardness and wear resistance: Carbide blade inserts are made of high-hardness carbide materials, offering excellent wear resistance. They can maintain a long service life during high-speed cutting and heavy load machining.

Excellent cutting performance: Carbide blade inserts have precise geometric shapes and surface treatments, enabling high-precision and high-efficiency cutting operations while producing flat and smooth machining surfaces.

Versatile application: Carbide blade inserts can be used for various types of materials, including steel, cast iron, stainless steel, aluminum alloys, and more. They possess good adaptability and have a wide range of applications.

Good heat dissipation performance: Carbide blade inserts are designed with effective heat dissipation channels, allowing them to efficiently absorb and disperse the heat generated during cutting processes. This reduces the risk of tool heat cracking.

Stable machining quality: Due to their outstanding stability and precise tool dimensions, carbide blade inserts provide consistent machining quality and accuracy, reducing the need for rework.

Strong customization capabilities: Carbide blade inserts offer customization services to meet specific requirements and machining applications. They can be tailored in terms of geometric shapes, coatings, chip breakers, and other features to satisfy different machining needs.

Removable and replaceable

Technical Parameters:

Applications:

The carbide insert with TNMG NANO BLUE coating (high hardness) has various applications. Some of its common uses are:

1. Turning Operations: TNMG NANO BLUE-coated carbide inserts are commonly employed in turning operations to machine a wide range of materials, including steel, stainless steel, cast iron, and high-temperature alloys. The high hardness of the coating enhances wear resistance, allowing for prolonged tool life and improved machining efficiency.

2. Milling Operations: These inserts are also suitable for milling operations, especially in applications where high cutting speeds and heavy loads are involved. The TNMG NANO BLUE coating provides excellent heat resistance and reduces friction, enabling high-performance metal removal and generating smooth surfaces.

3. Grooving and Parting: TNMG NANO BLUE-coated carbide inserts are utilized in grooving and parting operations. The high hardness of the coating ensures durability and resistance to wear, allowing for precise and efficient cutting in these applications.

4. Threading: Carbide inserts with TNMG NANO BLUE coating are often used in threading operations. The coating's high hardness enhances the insert's resistance to abrasion and extends its tool life, resulting in improved thread quality and increased productivity.

5. High-Speed Machining: TNMG NANO BLUE-coated carbide inserts excel in high-speed machining applications. The coating's hardness and wear resistance enable the inserts to withstand the demanding conditions of high cutting speeds, providing reliable performance and consistent results.

6. Aerospace and Automotive Industries: Given their excellent hardness and wear resistance, TNMG NANO BLUE-coated carbide inserts find extensive usage in the aerospace and automotive industries. They are well-suited for machining components such as engine parts, transmission components, and structural elements that require high precision and durability.

Overall, the TNMG NANO BLUE-coated carbide inserts with high hardness are valuable tools for a wide range of metalworking applications, delivering extended tool life, improved machining efficiency, and enhanced surface finish.

Customization:

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