Tungsten Steel Blade

Premium tungsten carbide jaw inserts with custom arc impact edge deliver superior wear and corrosion resistance versus welded hardfacing. Bolt-on design cuts replacement downtime to minutes. Precision machined to ±0.005mm with polished finish. Custom grades, dimensions, and mounting configurations available for demanding demolition and recycling applications.

Solid carbide V-cut & chamfer tools with precision tolerance +/-0.005~+/-0.01mm, Ra 0.4 roughness. Long-lasting edge retention, resistant to most acids/alkalis, operating up to 1000°C. Available in various shapes with 20°-120° angles for industrial cutting, woodworking, and metalworking.

Tungsten Carbide Thin Slitting Knife Blade Product Overview Tungsten Carbide Thin Slitting Knife Blades are ultra-thin industrial cutting tools engineered for high-precision slitting and longitudinal cutting applications. They are widely used in the processing of flexible materials such as films, tapes, BOPP, lithium battery separators, paper, and composite materials. Manufactured through integral tungsten carbide sintering technology, these blades combine an ultra-thin

Tungsten Carbide Stripping Blades In the industrial manufacturing sector, the precision and lifespan of cutting tools directly determine production efficiency and product quality. Tungsten carbide stripping blades are precision tools manufactured through powder metallurgy sintering processes using tungsten carbide (WC) hard particles and cobalt (Co) binders. With extremely high hardness (up to HRA 90-92.5) and outstanding wear resistance, they have become indispensable

Premium tungsten carbide multi tool blade with cobalt binder for extended durability. Cuts wood, metal, plastic, fiberglass, and composites. Precision edges ensure clean cuts. Compatible with oscillating tools. Ideal for industrial and DIY use.

High-hardness HRA 88-92 tungsten carbide rotating blades offer 3-8x longer service life than tool steel. Excellent wear and heat resistance up to 400°C. Customizable for single/dual-shaft shredders, granulators, and crushers. Precision-ground edges with Ra ≤ 0.4. Ideal for plastics, wood, e-waste, and light metals.

Engineered for magnetic-sensitive metalworking, our WC-Ni carbide tools offer absolute magnetic neutrality, 930-1175 HV hardness, and 3-5x longer tool life. Ideal for aerospace, medical, and magnetic material machining. Custom grades and geometries available.

Ultra-fine grain YG6X carbide with 92HRA hardness and 0.5μm grain size. Patented nano-coating and zero-rake edge eliminate sticking, burrs, and extend life. PTFE impregnated, mirror polished to Ra≤0.1μm. Ideal for electronics, cable, and industrial rubber cutting.

Ultra-high density 18.3g/cm³ tungsten nickel iron disc with 0.002mm flatness tolerance. 95% tungsten alloy offers superior radiation shielding and weight efficiency. Ideal for medical, aerospace, and precision manufacturing applications. Custom sizes available.

Non-magnetic WC-Ni alloy blade with hardness up to 1175 HV and magnetic permeability below 1.002. Offers superior corrosion resistance, reduced friction, and 5-10x longer wear life. Ideal for medical, electronics, and magnetic material cutting. Custom sizes and edge tolerances available.

YG10X ultrafine grain tungsten carbide cutting knife with 14.9 g/cm³ density. One-piece monolithic structure eliminates peeling, ensures stable precision cutting. Ideal for automotive, medical, and industrial rubber products. Custom edge shapes and dimensions available.

Features a nano-scale cutting edge to prevent chipping and wear, ensuring burr-free precision. Ideal for automotive, electronics, and medical composites. Customizable diameter 50-300mm with H6 accuracy.