Tungsten Carbide Die

Hard Alloy Mold Precision 0.002 Non-magnetic Tungsten Carbide Die Tungsten carbide is a composite material made by combining tungsten carbide particles with a binder metal, typically cobalt or nickel. It is renowned for its exceptional hardness, wear resistance, and strength. Tungsten carbide mold and carbide modules are commonly used in various industrial applications due to their unique properties. Product Name Hard Alloy Mold, Tungsten Carbide Module Surface Finish Smooth,

High-precision tungsten carbide punch and die mold featuring guide hole design for enhanced stability. Offers exceptional HRC90-95 hardness, 900°C heat resistance, and 0.2 surface finish. Ideal for electronics, automotive, and aerospace precision forming applications with ±0.002 tolerance capabilities.

Premium tungsten carbide punch and die bushing set with HRC90-95 hardness and 900°C heat resistance. Features exceptional wear and impact resistance for automotive, aerospace, and electronics manufacturing. Custom sizes available with precision machining for extended service life.

High-strength tungsten carbide mold component designed for pacifier manufacturing, featuring 900°C heat resistance, ±0.01mm precision tolerance, and excellent wear resistance. Custom shapes available with 1-year warranty and comprehensive technical support for plastic and silicone injection molding applications.

High-performance tungsten carbide punch heads and die inserts designed for demanding high-speed stamping applications. Featuring exceptional 89.5-93 HRA hardness and 4700 MPa compressive strength with superior wear and corrosion resistance. Custom manufactured to precise specifications with -0.005 tolerance for industrial progressive die systems.

Precision tungsten carbide die insert featuring Φ162.6mm outer diameter and HRA86-91 hardness rating. Engineered for automotive stretching processes with excellent wear resistance, 2800-4200MPa bending strength, and superior surface finish. ISO 9001:2015 certified manufacturer with custom options and competitive pricing.

High-performance non-magnetic tungsten carbide die bushings with HRA 89-93 hardness and 2000-3000 MPa flexural strength. Designed for precision mold manufacturing, machining equipment, and industrial applications requiring exceptional wear resistance, thermal stability, and corrosion resistance. Customizable compositions and sizes available.

Premium tungsten carbide injection stretch blow molding core engineered for exceptional wear resistance and dimensional accuracy in plastic container manufacturing. Features ultra-hard HRA 90+ material grade, 3-5x longer service life than steel cores, and superior mechanical strength for high-volume production efficiency. Manufactured by Zhuzhou Sanxin with technical support from Central South University.

Precision tungsten carbide pressure roller molds with high hardness up to 91.5 HRA and excellent wear resistance. Customized for stainless steel fittings, metal products, and industrial operations. Features multiple grades with densities from 13.86-15.35 g/cm³ for extended operational lifespan and reliable machining solutions.

Precision tungsten carbide punch pins and male/female dies with dimensional accuracy of 0/+0.002mm and 0/-0.005mm. Features excellent wear resistance, high hardness, and custom manufacturing to your specifications. Ideal for progressive die stamping operations in hardware manufacturing with superior material properties and extended service life.

100% Original Tungsten Carbide Die Tube Drawing Dies Premium tungsten carbide drawing dies with polished surface for superior performance in industrial applications. Why Choose Our Tungsten Carbide Dies Efficiency & Professionalism: Our experienced team delivers competitive pricing and high-quality products with rapid response times. All inquiries addressed within 24 hours. Convenience & Safety: Comprehensive quality assurance with 100% product quality protection, on-time

Tungsten Steel Mold Carbide Die Inserts for Red Star Cap Production Tungsten steel molds, also known as carbide dies, are essential components in cap manufacturing facilities. These die inserts provide exceptional durability, precision, and wear resistance, ensuring consistent quality, dimensional accuracy, and efficient production in cap manufacturing processes. Customized Processing Services We offer specialized processing services for non-standard tungsten carbide concave

High Hardness Durable Parts Carbide Mold Tungsten Carbide Drawing Die Essential consumable molds for drawing wire in various metal wire production facilities including wire and cable factories, steel wire factories, and welding rod and wire factories. Material Composition & Properties The hard alloy used in wire drawing dies is a low-cobalt carbide composed primarily of 99.95% tungsten carbide with minimal cobalt content, forming a tungsten-cobalt alloy. These wire drawing

Precision Carbide Piston Cylinder Mold Various grades precision carbide piston cylinder mold designed for high-quality production of tungsten carbide components with exceptional accuracy and durability. Key Features High Precision Molding: Ensures consistent dimensions and superior surface finish for piston cylinders Tungsten Carbide Material: Exceptional hardness, wear resistance, and extended mold longevity Customizable Designs: Available in various sizes and configurations

Anti Corrosion Elliptical Column Square Hole Tungsten Carbide Mold The elliptical column square hole tungsten carbide mold is a high-precision, high-hardness tool widely used in metal forming and processing. Manufactured from premium tungsten carbide, this mold delivers exceptional wear resistance and corrosion resistance, making it ideal for high-intensity, high-frequency industrial production environments. Cemented Carbide Mold Properties Corrosion Resistance: Cemented

Wear Resistant Advanced Non-Magnetic Tungsten Carbide Motor Mold Product Overview Precision tungsten carbide motor molds engineered for superior wear resistance and non-magnetic properties in demanding industrial applications. Specification Details Brand Name OEM Die Type Precision tungsten carbide punch Draw Format Auto CAD/DWG/PDF etc Tolerance ±0.002mm Hardness Upon request Mould Size Customized size Production Application Mobile/laptop/digital camera/HD digital TV

Cemented Carbide Stamping Mold Tungsten Carbide T-Shaped Die High-performance T-shaped die manufactured from premium tungsten carbide for precision metal processing applications. Product Features Advantages Applications Material: High-quality tungsten carbide with exceptional hardness and wear resistance Design: T-shaped mold bar for precise molding and stamping operations Application: Suitable for shaping metals, plastics, and various materials Durability: Long-lasting

Professional Grade Tungsten Steel Punch and Die Wheel Tools As industrial workhorses, cemented carbide components serve as the premier choice for high-quality wear parts due to their exceptional hardness, strength, and density. Our company specializes in manufacturing custom hard alloy non-standard shaped wear parts tailored to specific customer requirements. Product Manufacturing Process This upper indenter component is formed through pressing and sintering semi-finished

High Precise Control Tungsten Steel Four-Splice R Die Carbide Mold The tungsten carbide four-splice R die is a specialized tool used in wire drawing processes for shaping and forming wires with high precision and efficiency. This die is essential for producing wires of consistent diameter and smooth surface finish, ensuring quality in various industrial applications. Product Features High Hardness: Made from premium tungsten carbide, providing exceptional hardness and wear

Threaded Machinery Parts Tungsten Carbide Mold Inserts of 10 Chamfers Our company specializes in the precision customization of Arc R-Corner Tungsten Carbide Mold Inserts, including Tungsten carbide slider inserts, Tungsten carbide dynamic mold inserts, Tungsten carbide fixed mold inserts, and Tungsten carbide core inserts. As a widely used critical industrial equipment in industrial production, the mold manufacturing industry plays a pivotal role in contemporary industrial