High-Quality Carbide Inner Diameter Die For Electrical Component Manufacturing

Product Description

High-Quality Carbide Inner Diameter Die for Electrical Component Manufacturing

​​​​​​​Product Application: Inner Diameter Stretching

Tungsten carbide inner diameter die is a specialized tool designed for the process of stretching the inner diameter, mainly used for processing the inner diameter stretching of metal materials. This tungsten carbide die plays a crucial role in ensuring the forming accuracy and surface quality of products during the inner diameter stretching process.

Key Features:
1.Superior Material: Utilizing high-quality tungsten carbide material to ensure the die has excellent hardness and wear resistance, adapting to complex processing environments.
2.Precision Design: The inner diameter die undergoes precise design and manufacturing to ensure its geometric shape and dimensions meet high precision standards, satisfying the requirements of inner diameter stretching processes.
3.Wear and Corrosion Resistance: The tungsten carbide inner diameter die exhibits good wear resistance and corrosion resistance, extending the die's lifespan and reducing the frequency of replacements.
4.Highly Efficient Production: The superior performance of the die contributes to increased production efficiency, ensuring a stable and efficient inner diameter stretching process.

Tungsten carbide inner diameter dies are widely used in the inner diameter stretching process, particularly suitable for manufacturing metal components, pipes, and other products that require inner diameter forming. In industries such as automotive, aerospace, and mechanical manufacturing, tungsten carbide inner diameter dies play a crucial role, providing reliable processing solutions.
Example Size Specifications: Φ86*Φ80*Φ56.45*Φ49.55-R1*21-C1*45
The above size specifications can be customized according to customer requirements to meet different processing needs. Choosing tungsten carbide inner diameter dies ensures a high-quality and efficient solution for inner diameter stretching processes.

Advantages:

Advantage 1: Reduce friction coefficient, reduce processing stress, improve appearance hardness, greatly extend mold service life, avoid product galling and straining, improve product quality, save the trouble of unloading, polishing and reloading and improve efficiency

Advantage 2: There are early malfunctions during using. The factors are usually abrasive wear, corrosion, blending, adhesion, and the like. These problems not only to reduce the working time, but also greatly increase the cost of consumption, which in turn affects the competitiveness of enterprises. Many manufacturers have though of different treatments, and the titanium-plated surface treatment technology is an effective plan to deal with the above problems. PVD coating technology is widely used to all kinds of tools, molds, mechanical parts, medical equipment, etc. that is caused by wear, occlusion, corrosion, adhesion, blending, etc. by using this technology, the malfunction caused by abrasion (such as: blanking, cold heading, powder molding, etc.) can be improved the service life of the product by more than 5-8 times. And the bite caused or the mold pulled (such as: extension die, drawing die, flanging die, etc.) can be used again after the coating.

Advantage 3: The microstructure of the TICN coating of fine Nano particles combines the advantages of high toughness, high hardness, high oxidation resistance, and can reach extremely lubricious surface with frictionless chip evacuation. Thus, the workpiece has great performance. After TIN coating treatment, mold has the advantages of good surface brightness, small friction coefficient, high hardness and strong oxidation resistance.

Advantage 4: For different molds (powder metallurgy mold, stamping mold, forming mold, stretching mold, forging die, etc.) using different coating technology can improve the performance of the extreme parts, like the hardness, wear resistance, corrosion resistance, heat resistance and smoothness of the appearance are greatly improved. It can also be used as release film to enhance the quality (such as appearance roughness, precision, etc.) and prolong the service life of molds. Thus, it can effectively realize the excellent performance of the product.