Tungsten Carbide Bar

Premium sintered tungsten carbide cylinders featuring 92.9 HRA hardness and 14.8 g/cm³ density. Available in multiple grades including YG8, YG6, YG6X with superior wear resistance, HIP sintering, and precision grinding. Ideal for drill bits, end-mills, and reamers with custom sizing options.

Precision tungsten carbide rods with micropores from φ0.08mm to φ0.5mm, manufactured through 1300°C sintering process. Features exceptional hardness, wear resistance, and chemical stability for manufacturing high-quality industrial tools, nozzles, and wear-resistant components. Available in multiple standard sizes with tight tolerances for specialized applications.

Premium 330mm tungsten carbide round bar for manufacturing end mills and drill bits. Features 100% virgin material, superior wear resistance, and multiple grades including K20, M30, P30. Available in various sizes with custom OEM/ODM options. Ideal for industrial cutting tools with excellent dimensional accuracy and long service life.

High-performance tungsten carbide composite rods with HRA 90+ hardness and superior abrasion resistance. Available in 1-13.5mm diameters with copper or nickel composition options. Designed for oil industry downhole milling applications with 100 ton/month production capacity and custom length options.

High-precision tungsten steel round bars for hard alloy punching pins with 89-92 HRA hardness and 4000MPa bending strength. Custom manufactured for stamping dies and electronic ceramic injection molds with ±0.001 tolerance and superior wear resistance. Ideal for industrial machinery manufacturing and precision tooling applications.

Ultra-precise tungsten carbide round bar with 0.1mm inner diameter, offering exceptional hardness, wear resistance, and corrosion protection. Ideal for manufacturing high-speed drill bits, milling cutters, and precision wear components. Custom manufacturing available with dimensional precision up to 0.002 concentricity for demanding industrial applications.

High-performance carbide punch bars manufactured with 10-12% cobalt content and 14.0-14.5 g/cm³ density. Features exceptional 89-92 HRA hardness, 4000MPa bending strength, and ±0.001mm precision tolerance. Ideal for progressive blanking dies, electronic ceramic injection molds, and metal punching applications with perfect consistency and extended service life.

Precision tungsten carbide round bars with nickel binder system for micro-electronics applications. Features 89.5-91.0 HRA hardness, 2700-3000 MPa flexural strength, and 0-1 magnetic force. Ideal for gold wire bonding applications requiring non-magnetic properties. Custom sizes and material grades available with comprehensive technical support.

Premium tungsten carbide round bar with exceptional hardness exceeding HRA 85, designed for blade shanks and precision cutting tools. Features superior wear resistance, heat tolerance, and corrosion resistance for automotive, aerospace, and industrial applications. Extended tool life with precise dimensional accuracy in demanding machining environments.

Industrial-grade tungsten carbide grinding rod featuring 89-92 HRA hardness and 4000 MPa bending strength. Offers exceptional wear resistance, high temperature performance, and corrosion resistance. Custom precision available to ±0.001 mm for mold manufacturing, aerospace, automotive, and tool production applications.

High-density tungsten nickel iron alloy bars (18.8 g/cm³) with diameters 6-25mm and h6 tolerances. Ideal for PCD/PCBN tool bodies, radiation protection components, and balance weights. Features tensile strength 700-1000 MPa, excellent thermal conductivity, and superior radiation absorption compared to lead.

Premium tungsten alloy shaft with nickel-iron composition featuring high density (18.8 g/cm³), tensile strength up to 1000 MPa, and excellent radiation protection. Available in diameters 6-25mm with h6 tolerances, ideal for PCD/PCBN tool bodies, radiation shielding, and industrial balance weights with superior anti-vibration performance.

Precision drive shaft made from WC-Ni non-magnetic cemented carbide. Groove accuracy ±0.003mm, hardness 92 HRA, permeability

Custom tungsten steel blind hole piston rod with HRA89-92.9 hardness and 14.6g/cm3 density. Offers exceptional wear resistance, precision machining, and tailored dimensions. Ideal for extreme environments and specialized hydraulic cylinders.

Ultra-hard HRA92 tungsten carbide grinding rod for high precision machining. Features exceptional wear resistance, impact strength, and high-temperature stability. Ideal for mold polishing, metal deburring, and electronics finishing. Custom diameters and tip shapes available.

High-hardness tungsten carbide rod with internal thread and spherical head. Features HRA90 hardness, CNC precision ±0.01mm, corrosion resistance, and custom thread options. Ideal for molds, oil drilling, medical devices, and automation equipment.

Advanced tungsten carbide bar with 92HRA hardness and exceptional hydrogen sulfide corrosion resistance. Features 97% deformation reduction, 300% fatigue life increase, and stable performance from -196℃ to high temperatures. Ideal for energy exploration, chemical processing, and aerospace applications requiring extreme environment durability.

Premium tungsten carbide alloy bar featuring 6300 MPa compressive strength and 92HRA hardness for extreme industrial applications. Engineered with mirror-grade polishing (Ra≤0.05μm) for precision measurement in energy exploration, high-end manufacturing, and specialized fields including deep-sea and aerospace systems.

Premium tungsten nickel copper alloy rod with high density up to 18.8 g/cm³ and tensile strength of 700-1000 MPa. Features exceptional radiation protection (1.7x lead), low thermal expansion, and non-magnetic properties. Ideal for radiation shielding, balance weights, and precision instruments with maximum 80mm diameter capability.

High-performance W90NiFe4 tungsten alloy rod offering exceptional wear resistance, heat resistance up to high temperatures, and superior corrosion protection. Features density up to 18.8 g/cm³, tensile strength of 700-1000 MPa, and thermal conductivity 5 times higher than die steel. Ideal for industrial applications requiring durability and precision.