Customized Tungsten Carbide Punch Die with RA0.4 Surface Roughness and TiN Surface Treatment for High Transverse Rupture Strength

Customized High Precision Tungsten Carbide Punch Die/Mold for High Speed Stamping

Punch die & mold are widely used in high-speed stamping applications in the auto parts industry. Our precise tungsten carbide selection delivers higher tool life, greater customization, and superior cost-effectiveness.

The mechanical properties of carbide can be optimized by adjusting grain size and composition to meet diverse tool performance requirements. Through extensive material R&D, we can modify punch die characteristics to suit different machining methodologies, providing ideal solutions for special workpiece metals including:

• Hardened materials requiring high wear resistance
• Nicochrome alloys for high-temperature applications
• Composite materials with complex mechanical properties

While specific properties vary by material selection, these critical factors are considered for every application:

For punch dies, focus typically centers on wear resistance, impact strength, and transverse rupture strength. Contact us to begin your customization process.

• Competitive pricing: Precise material selection, optimized calculations, and advanced equipment ensure cost-effective solutions.
• Stable quality: Rigorous inspection procedures and experienced QC teams guarantee 100% quality assurance.
• Reliable delivery: Fast turnaround times based on order quantity and processing requirements.
• Custom manufacturing: Capability to produce both standard (DIN, ISO, etc.) and specialized components per customer specifications.
• Comprehensive support: Full-service assistance throughout pre-sales, production, and post-sales phases.

Kinyet specializes in tungsten material R&D, continuously integrating new technologies and investing in advanced production equipment to deliver high-precision molds with exceptional tool life and cost efficiency. Now merged with Drow, we combine expertise to develop superior products for future applications.