Tungsten Carbide Punch

Industrial-grade tungsten carbide rivet head punch featuring exceptional 87-92 HRA hardness, 3200-4500 MPa bending strength, and ±0.002 precision tolerance. Designed for conical tube processing in iron components, this durable tool offers superior wear resistance, heat resistance, and corrosion resistance for extended service life in demanding manufacturing environments.

High-precision tungsten carbide punch head featuring Ra0.4 surface roughness and 89-92 HRA hardness for superior wear resistance. Customizable dimensions with ±0.002mm tolerance accuracy. Ideal for electronics, appliances, and precision mold manufacturing requiring exceptional surface quality and extended tool life.

Expert Series tungsten carbide punch tip designed for high-temperature screw manufacturing. Features corrosion-resistant construction, dimensional accuracy within ±0.005mm, and processing tolerance of ±0.001mm. Certified national high-tech enterprise with wear-resistant, heat-resistant properties for extended service life in industrial applications.

Professional-grade tungsten carbide motor housing punch featuring 87% WC content, 14.15g/cm³ density, and 350Kgf/mm² flexural strength. Designed for automotive, aerospace, and electronics industries with exceptional wear resistance, corrosion protection, and high-pressure capability. Custom manufactured for precision tooling applications.

Professional grade tungsten carbide punch pin featuring HV1700-2000 hardness rating and 900°C heat resistance. Ideal for automotive, aerospace, and manufacturing applications with ±0.01mm precision tolerance and exceptional wear resistance for long-lasting performance in demanding industrial environments.

Tungsten Carbide Transition Impact Head Product Overview The Tungsten Carbide Transition Impact Head is a high-performance impact tool component engineered for extreme working conditions. Manufactured through a composite process using ultra-hard tungsten carbide material and a special alloy steel substrate, this product features a precisely welded or inlaid tungsten carbide alloy layer on the impact surface. This innovative design achieves an optimal balance between hardness

Extreme Wear Resistance Professional Tungsten Carbide Notching Punch Product Overview The Tungsten Carbide Notching Punch is an industrial-grade consumable designed for high-load, high-precision stamping operations. Manufactured from premium tungsten carbide (hard alloy), it is renowned for its unparalleled hardness, exceptional wear resistance, and extended service life. This product is widely used for the rapid and precise blanking and shearing of metal materials such as

Corrosion-resistant And Ultra-wear-resistant Precision Carbide Forming Shaft When equipment faces the challenges of wear, corrosion and high loads under extreme working conditions, cemented carbide formed shafts, with their high hardness, excellent wear resistance, and good strength and toughness, become the preferred alternative to traditional steel shafts. They can maintain stable performance at high temperatures of 500°C and still have high hardness at 1000°C, capable of

Expert in Precision Cutting of Fiber Tubes Nano-edge Tungsten Carbide Punch The precision punch with a 92% tungsten carbide matrix, nano-level edge processing technology + multi-layer composite coating, breaks through the delamination and burr problems of traditional cutting tools, and achieves a perfect processing effect of cross-sectional finish Ra ≤ 0.8μm in the cutting of carbon fiber, glass fiber, and aramid composite tubes. Application Areas Medical Equipment Precision

Resistant to High Temperature Steam Sterilization Tungsten Carbide Processing Customized for Medical Instruments Resistant to High Temperature Steam Sterilization Tungsten Carbide Processing for Medical Instruments The precision punch with 94% tungsten carbide matrix (YG6X Grade) and nanometer-level edge passivation (R0.02mm) breaks through the burr and delamination bottleneck of traditional SKH51 high-speed steel, achieving perfect cutting with cross-section finish Ra ≤0.8μm

Non-magnetic 0.002mm Coaxiality Cold Heading Dies Bushing Punch For Automotive Electronics Stamping 0.002mm Coaxiality Cold Heading Dies Bushing Punch For Automotive Electronics Stamping Introduction: The bushing punch adopts 94% tungsten carbide matrix (YG15 grade), with 92HRA body hardness + deep cold strengthened toughness, breaking through the bottleneck of edge breakage and deformation of traditional Cr12MoV mold steel, and achieving the ultimate match of ≤0.003mm gap

Burr-free Monolithic Tungsten Carbide Punch For Ultra-hard Core Precision Drilling Burr-free Monolithic Tungsten Carbide Punch for Ultra-hard Core Precision Drilling Adopting a step punch with integral sintered tungsten carbide (WC ≥ 94%), with a hardness of 92.5HRA and nanoscale transition rounded corners (R0.03mm), it breaks through the fracture bottleneck of traditional splicing punches and achieves precise piercing without burrs for millions of times in micro scale

Precision YG15 Tungsten Carbide Punch Professional Manufacturing Solution YG15 tungsten carbide punches utilize premium hard alloy material with 15% cobalt content, offering exceptional hardness (HRA87) and outstanding impact resistance. Our precision manufacturing process ensures dimensional accuracy within ±0.002mm and achieves mirror-like surface finish of Ra0.1, meeting the most demanding industrial applications. Precision Manufacturing Process Material Preparation Stage

New Energy Tungsten Carbide Punch Head Stamping Dies Premium tungsten carbide punch heads designed for high-performance stamping applications with advanced environmental sustainability features. Product Features Environmentally Sustainable: Utilizes advanced eco-friendly technology to support industry sustainability and provide environmentally conscious solutions. Exceptional Wear Resistance: Crafted from high-quality tungsten carbide for outstanding durability in high