High Hardness Customized Tungsten Carbide Mold Wear-resistant Forming Tools

Our cemented carbide mold forming tools are manufactured using low cobalt content carbide materials. The primary raw material consists of 99.95% tungsten carbide combined with a small amount of cobalt, creating a durable tungsten-cobalt alloy. These carbide wire drawing dies offer exceptional wear resistance, impact resistance, polishing capabilities, and corrosion resistance, while being easy to repair and cost-effective. They serve as excellent wire drawing core materials and are widely used for rough and medium drawing applications.

Through advanced composition and structural optimization of cemented carbide, precise carbon content control, and refined carbide particle sizing, we enhance material performance and significantly extend service life.

In metal pressing operations, metal is forced through dies under external pressure, compressing the cross-sectional area and shaping it according to the die configuration. Drawing dies represent critical consumable tools for wire manufacturers across various industries including wire and cable production, steel wire manufacturing, welding wire production, and wire processing facilities. Given that wire drawing die costs constitute over half of total wire drawing expenses, optimizing die longevity and reducing operational costs remain paramount concerns for manufacturers.

As industrial workhorses, cemented carbide products serve as essential wear-resistant tools throughout the manufacturing sector. As specialized cemented carbide processing manufacturers, we leverage Zhuzhou's advanced carbide production technology and comprehensive industry chain to deliver high-quality hard alloy mold components and tungsten carbide large-sized cavities. We also provide custom-shaped carbide wear-resistant parts tailored to specific requirements.

Based on detailed customer specifications, we utilize premium materials to meet exacting demands. Our manufacturing expertise particularly excels in high-precision fine-grained mold products. From initial raw material selection through final carbide mold part completion, we maintain rigorous quality control throughout every production phase.

Tungsten carbide's exceptional hardness and durability make it suitable for diverse industrial applications across multiple sectors including cutting tools, wear parts, dies and molds, orthopedic implants, drill bits, wind turbine components, exploration equipment, abrasives, and jewelry manufacturing.

Hardened tips and cutting edges for drills, end mills, taps, reamers, and other material-removing tooling.

Bulldozer blades, excavator teeth, conveyor skip plates, and chute liners requiring superior wear resistance.

Forming and stamping dies for shaping metals and plastics under high pressure and repeated use.

Joint replacement components including knee and hip prosthetics requiring biocompatibility and mechanical strength.

Durable drilling equipment for oil and gas operations capable of penetrating hard rock formations underwater.

Gear systems and blade pitch mechanisms requiring protected wear surfaces for extended durability.

Coring bits, underreamers, and industrial core drills utilizing tungsten carbide's hardness properties.

Processed particles and grains for coated and bonded abrasives in polishing and grinding applications.

Decorative components for rings, cufflinks, and pendants leveraging density and color characteristics.