Tungsten Carbide Processing

Engineered for critical molding, this HRA 87.5 non-magnetic insert offers zero magnetic interference (µ

Ultra-hard tungsten carbide forming shaft with 90+ HRA hardness and 600 GPa elastic modulus. Offers extreme wear resistance, high rigidity, and corrosion resistance. Customizable dimensions from 5mm to 300mm diameter. Ideal for extrusion, textile, and packaging applications.

Engineered for extreme demolition, this tungsten carbide hammer head delivers HRA92 hardness and high corrosion resistance. Features exceptional wear resistance, impact toughness, and precision engineering for hydraulic breakers. Ideal for concrete, mining, and tunneling applications.

Micro-grain tungsten carbide piston rod with HRA92.5 hardness and ≤0.001mm straightness. Features 6H grade internal thread, compressive strength ≥4000MPa, and 50x wear resistance vs alloy steel. Ideal for precision machine tools, automation, and aerospace. Custom lengths and threads available.

Non-magnetic WC-Ni cutters with 92 HRA edge hardness and nano-level sharpening. Zero magnetic interference, 50x wear resistance vs steel, and edge straightness ≤0.003mm. Ideal for medical and electronic precision cutting. Custom sizes and angles available.

Ultra-precision tungsten carbide piston rod with ±0.001mm straightness and HRA 92.5 hardness. Offers 50x wear resistance vs chrome rods, Ra 0.02-0.04μm surface finish, and 10,000-hour service life. Ideal for semiconductor, medical, and aerospace applications. Custom options available.

Engineered from ultra-fine grain tungsten carbide with hardness over HRA 90 and compressive strength above 3000 MPa. Offers 20x longer wear life than chrome steel, ultra-smooth Ra ≤ 0.1 μm finish, and corrosion resistance. Custom sizes available. ISO 9001 certified.

WC-10Ni non-magnetic hard alloy slider with permeability

High-performance tungsten carbide assemblies with micron-level precision (±0.005mm) and surface roughness Ra 0.2-0.4μm. Customizable in YG6, YG8, WC-Ni, and steel-bonded grades. Ideal for materials science, physics, and mechanical engineering research. Competitive academic pricing.

WC-Ni based non-magnetic blank with density ≥14.8 g/cm³ and hardness 90-92 HRA. Zero magnetic interference, isostatic pressed, near-net-shape. Ideal for high-speed motor, aerospace, and medical rotors. Custom cavities and dimensions available.

Engineered for micro-machining, this collet uses sub-micron tungsten carbide (93.5 HRA) for extreme durability. Dynamic runout ≤0.003mm and clamping force ≥150N ensure precision. Ideal for micro-hole drilling, medical devices, and electronics. 100% inspected with test reports.

Industrial-grade tungsten carbide punch with shear-angle design reduces punching force by 30-40%. Features HRA90-92 hardness, TRS ≥3500 MPa, and ≤0.003mm concentricity. Customizable grades YG15/YG20 and coating options available. Ideal for stainless steel and high-strength alloys.

Ultra-fine grain tungsten carbide hex punch with hardness ≥90 HRA and compressive strength ≥4000 MPa. Delivers exceptional wear resistance, precise hexagon forming, and extended die life. Ideal for high-volume stamping of fasteners and automotive components. Custom sizes and coatings available.

Ultra-fine grain tungsten carbide shaft with extreme concentricity ≤0.002 mm and hardness ≥92 HRA. Ensures vibration-free high-speed operation, 50x wear life vs steel, and thermal stability. Ideal for precision spindles, semiconductor, and medical equipment. 100% inspected.

Made from solid tungsten carbide for superior rigidity and vibration dampening. Precision ground insert seat ensures repeatable accuracy. Ideal for high-speed threading of steel, stainless steel, and alloys. Compatible with CNC lathes and machining centers for internal and external threads.

Precision-engineered from YG15 tungsten carbide with HRA93 hardness and ±0.003mm accuracy. Offers 50-100x longer wear life than alloy steel. Ideal for high-intensity stamping of fasteners, electronics, and auto parts. ISO 9001 certified with custom options available.

Ultra-fine grain tungsten carbide mandrel with precision threads up to 4H class. Hardness ≥ HRA 90 ensures 100x longer life than steel tools. Prevents screw rotation and thread damage. Customizable for metric, imperial, or custom threads. Ideal for orbital and radial riveting in automotive, aerospace, and electronics.

Precision-engineered tungsten carbide seal slider offers extreme wear and corrosion resistance with hardness ≥ HRA 90 and compressive strength ≥ 5000 MPa. Ideal for high-pressure, abrasive, and corrosive media. Custom sizes available. Reduces downtime and extends service life up to 100x vs traditional steel.

Precision tungsten carbide riveting head with HRA 90 hardness and 3000 MPa transverse rupture strength. Offers 20-100x longer life than tool steel, excellent wear resistance, and anti-galling. Ideal for automotive, aerospace, and electronics. Custom options available.

High-performance tungsten carbide coupling assembly with HRA 90 hardness and 3000 MPa compressive strength. Resists wear, corrosion, and high temperatures up to 800°C. Precision fit ensures 98% transmission efficiency. Custom sizes and coatings available. Ideal for oil drilling, mining, and aerospace.