Carbide Threading Inserts are cutting tools made of tungsten carbide that's used in CNC machining. They come in different types, styles, pitches, and widths, making them applicable for various threading/cutting, external/internal, coarse/fine, narrow/wide applications. With carbide inserts, you can get superior performance and accuracy that help you get jobs done faster and more efficiently.

Features:

• Product Name: Carbide Threading Inserts
• Insert Thickness: Thin/Thick
• Thread Type: Internal/External
• Insert Coating: TiN/TiCN/TiAlN
• Insert Grade: C2/C5/C6
• Insert Radius: Sharp/Semi-Round

Technical Parameters:

Applications:

CROSS carbide threading inserts are made of high-grade tungsten carbide material with hardness up to 92HRC, providing excellent wear resistance, abrasive resistance and heat resistance. The inserts are suitable for CNC machining, and feature various types of narrow and wide insert widths, external and internal thread type, 30°/60°/90° insert angles, C2/C5/C6 insert grades and external/internal insert styles.

CROSS carbide threading inserts are widely used in the automotive, aerospace, medical and other industries. With excellent performance, these inserts allow for fast and precise threading while achieving superior surface finish.

Customization:

• Brand Name: CROSS
• Model Number: Non-standard
• Place of Origin: China
• Material: Carbide
• Insert Type: Standard/Parting/Grooving
• Insert Grade: C2/C5/C6
• Insert Coating: TiN/TiCN/TiAlN
• Insert Width: Narrow/Wide

Our Carbide Threading Inserts are made of high-quality Carbide and can be customized according to your requirements. Choose from a variety of Insert Types, Insert Grades, Insert Coatings, and Insert Widths to meet your needs.

Support and Services:

Carbide Threading Inserts are offered with a range of technical support and services to help customers get the most out of their purchase.

We offer a wide range of technical assistance, including product information, help with installation and set-up, troubleshooting and repairs, and advice on maintenance and replacement.

We also provide a range of services, including free technical advice from our knowledgeable customer service team, free product samples, and free shipping on orders of $50 or more.

Our team is always on hand to answer any questions you may have about carbide threading inserts, and provide helpful advice to ensure you get the best possible product.

Packing and Shipping:

Carbide Threading Inserts Packaging and Shipping:

Carbide Threading Inserts are packaged and shipped in protective plastic containers. The containers are sealed to ensure that the inserts are safe and secure during transit. The containers are labeled with the product name and size to ensure proper identification. The containers are also labeled with the shipping address and contact information for the recipient.

The containers are then placed into a box for shipping. The box is sealed and labeled with the appropriate shipping information. The box is then placed into an appropriate shipping carton for secure transportation.

FAQ:

Q1: What is Carbide Threading Inserts?

A1: Carbide Threading Inserts is a brand name of CROSS, Non-standard model, made in China. It is a kind of cutting tool used to cut internal threads.

Q2: What are the advantages of Carbide Threading Inserts?

A2: Carbide Threading Inserts can provide higher productivity, superior performance and improved surface finish. It is also known for its good wear resistance.

Q3: What materials can Carbide Threading Inserts be used for?

A3: Carbide Threading Inserts can be used for cutting a variety of materials such as steel, stainless steel, aluminum, brass, and other materials.

Q4: What is the cutting application of Carbide Threading Inserts?

A4: Carbide Threading Inserts is mainly used for threading and grooving operations. It can also be used for cutting threads on a variety of materials.

Q5: What is the cutting speed of Carbide Threading Inserts?

A5: The cutting speed of Carbide Threading Inserts depends on the material, tool geometry, and cutting parameters. Generally, it can reach up to 2000 m/min.