High quality tungsten carbide helps for your industry
Tungsten carbide boosts durability and precision in mining, machining, oil, manufacturing, and more industries.
Oil and natural gas wear parts
Durable tungsten carbide wear parts withstand abrasive flows, pressures, and corrosive fluids, ensuring longer life, reduced downtime, and improved profitability.
Tungsten carbide tooling
Exceptional hardness, thermal stability, and longevity make tungsten carbide tooling ideal for maintaining precision, reducing tool changes, and enhancing efficiency.
Knives
With outstanding edge retention, tungsten carbide knives produce smoother cuts, minimize regrinding, improve throughput, and deliver higher quality finished products.
Extrusion tooling
Tungsten carbide extrusion tooling resists wear, supports tighter tolerances, and enables higher production speeds, minimizing downtime while maintaining dimensional accuracy.
Plungers
Tungsten carbide plungers handle abrasive slurries, high pressures, and temperatures, improving sealing efficiency, reducing maintenance costs, and ensuring longer lifecycles.
Mining industry
In mining, tungsten carbide tools outlast conventional options, boost drilling speeds, lower breakage rates, and enhance overall resource extraction efficiency.
Wire forming and shaping tooling
In wire forming and shaping, tungsten carbide tooling ensures smoother bending, prolongs tool life, reduces downtime, and meets tight specifications.
Ball bearing
Tungsten carbide enhances ball bearing durability, reduces friction, and provides superior wear resistance for smoother, longer-lasting performance.
Automotive
Tungsten carbide enhances automotive component durability, improves manufacturing tools, and provides superior wear resistance for vehicle systems.
Manufacturing wear parts
Tungsten carbide’s wear resistance, hardness, and durability ensure manufacturing parts endure demanding conditions, extend service intervals, and maintain product quality.
Can tooling
For can tooling, tungsten carbide’s exceptional hardness provides consistent forming quality, reduces downtime, improves throughput, and ensures more reliable operations.
Stamping tooling
Carbide stamping tooling resists wear, maintains sharp edges, and supports higher output volumes, improving part overall precision and cutting consistency.
Tools in housing
Tungsten carbide housing tools extend durability, maintain precise dimensions, reduce part rejections, and minimize maintenance, resulting in improved operational efficiency.
Powdered metal tooling
For powdered metal tooling, tungsten carbide withstands compressive forces, maintains shape accuracy, extends tooling life, and enhances finished component consistency.
Woodworking
Tungsten carbide tooling ensures sharper, longer-lasting blades and bits, enhancing precision cuts, reducing downtime, and improving overall woodworking efficiency.
Paper and pulp industry
Tungsten carbide wear parts resist abrasion from pulp slurries, extend tool life, reduce maintenance, and enhance production consistency in paper manufacturing.
Electronics Manufacturing
Tungsten carbide tools provide precise, durable cutting and drilling for delicate components, ensuring high-quality finishes and minimizing tool wear in electronics production.
Aerospace Manufacturing
In aerospace, tungsten carbide wear parts deliver exceptional hardness and thermal stability, ensuring precision machining of high-strength alloys and complex component shapes.
Construction Industry
Tungsten carbide wear parts enhance machinery durability, withstand abrasive materials, reduce downtime, and maintain high performance in demanding construction environments.
Metal Machining (CNC/Lathe/Mill)
Tungsten carbide tooling offers superior hardness and wear resistance, enabling higher cutting speeds, extended tool life, and consistent precision in metal machining.
