Tungsten Carbide Die

Professional carbide tungsten steel cold heading dies featuring advanced material engineering with hardness up to 85.5 HRA and bending strength to 3300 Mpa. Engineered for minimal deformation, superior impact resistance, and extended service life in demanding cold heading applications. Precision manufacturing ensures optimal dimensional accuracy and processing efficiency.

High-precision ceramic core injection mold featuring 12-cavity design for optical fiber connector ferrules. Utilizes nano-zirconia powder injection molding with 0.1μm accuracy tolerance and advanced cooling system for maximum production efficiency. Ideal for telecommunications and data center applications requiring sub-micron precision components.

High-precision tungsten carbide progressive punching die mold cores with exceptional wear resistance (91.7 HRA hardness) and corrosion resistance. Custom manufactured according to drawings or samples for new energy, automotive, and industrial applications. Features advanced material grades with bending strengths up to 4500 MPa for extended service life and reduced maintenance.

Premium tungsten carbide mold sleeve manufactured through powder metallurgy with ±0.001mm precision tolerance. Features exceptional wear resistance, heat resistance, and anti-corrosion properties for demanding industrial applications in chemical, petroleum, and precision machinery sectors. Certified national high-tech enterprise with superior sealing performance and long-term reliability.

Premium tungsten carbide wearing dies featuring exceptional hardness and wear resistance. Precision machined with 0.02 tolerance control, Ra0.2 surface finish, and 0.5° matching angle precision. Ideal for stamping, forming, drawing, and extrusion applications with maximum size capability of Φ85 × 1200mm.

Tungsten Carbide Square Concave Mold High-Precision Manufacturing Solution This hard alloy square concave mold delivers exceptional precision and durability for demanding industrial applications. Crafted from premium tungsten carbide, it ensures superior performance in high-stress manufacturing environments. Product Features High Hardness: Tungsten carbide construction provides exceptional hardness (85-93 HRA) for extended service life and shape retention under extreme stress

Four-hole Coaxial ±0.003mm Semiconductor Packaging Dedicated Positioning Base With Zero Magnetic Interference When precision injection molding encounters challenges with magnetic interference and positioning accuracy, this four-hole injection molding seat, precisely manufactured from WC-Ni non-magnetic carbide, completely resolves the sore points of magnetic attraction and thermal deformation associated with traditional mold parts. Its overall non-magnetic structure combined

Non-magnetic tungsten carbide mold components with 10-50x longer wear life than steel. Ideal for magnetic-sensitive manufacturing in medical, electronics & aerospace. 30+ years expertise, custom sizes & CAD/UG design.

Nano-level Edge Passivation Tungsten Steel Cutter Die For Clean Cutting Of Copper And Aluminum Foil Nano-level edge passivation (R0.03mm) breaks through the bottlenecks of sticking and chipping of traditional SKD11 molds, achieving ultimate clean cutting with burr height ≤3μm in 0.006mm copper and aluminum foil cutting. Introduction During lithium battery processing, the positive and negative ears of the battery require precise cutting. Our tungsten steel cutter die, made of

Versatile Tapered Inner Hole Shaping Tool Tungsten Carbide Die For Steel Wire Drawing Experience precise and efficient metal tube drawing with our Tungsten Carbide Tapered Bore Drawing Die. Crafted from high-quality tungsten carbide, this die offers exceptional hardness, wear resistance, and durability, making it perfect for high-frequency use. Its tapered design ensures uniform force distribution, resulting in higher precision during the drawing process. With multiple size

High-Quality Carbide Inner Diameter Die For Electrical Component Manufacturing Product Application Inner Diameter Stretching - Tungsten carbide inner diameter die is a specialized tool designed for stretching the inner diameter of metal materials, ensuring forming accuracy and superior surface quality during processing. Key Features Superior Material: High-quality tungsten carbide ensures excellent hardness and wear resistance for complex processing environments Precision

High-Hardness Tungsten Carbide Precision Mold for Metal Forming The tungsten carbide porous concave mold is a precision-manufactured tool crafted from high-hardness tungsten carbide material, designed for metal forming and precision machining applications. Its specialized porous structure effectively controls and distributes pressure, making it ideal for high-precision manufacturing processes with demanding requirements. Key Features High Hardness: Tungsten carbide material

Precision Hard Alloy Die Tungsten Carbide Roller Mold This specialized tungsten carbide pressure roller mold is crafted from high-hardness tungsten carbide material, designed for demanding applications in metalworking and industrial manufacturing. Essential for shaping materials under high pressure with exceptional durability and precision. Key Features High Hardness: Utilizes tungsten carbide with superior hardness for robust performance in high-pressure environments

Abrasion Resistant Threaded Tungsten Carbide Die Set for Forming Operations This tungsten carbide die set is engineered for demanding forming operations, offering exceptional durability and precision in threading applications across various industrial sectors. Material and Construction Material: Tungsten carbide (WC) hard alloy with extremely high hardness and wear resistance for high-strength processing conditions Structure: Modular combination design with multiple

Customized Tungsten Carbide Wire Drawing Dies Zhuzhou Sanxin Cemented Carbide Manufacturing Co., Ltd. No.8 Zhongxue Road, Baiguan Town, Lusong District, Zhuzhou 412102, Hunan, China Our customized tungsten carbide wire drawing dies are precision molds designed for punching, blanking, and bending modulus applications. These composite structure tools incorporate advanced bore design with carbon fiber elements for enhanced resistance checking and material verification. These

K30 K40 Tungsten Carbide Mold with Round Outer Design and Square Inner Part This tungsten carbide mold features a unique round outer design with a square inner configuration, delivering high-precision performance with exceptional wear resistance and strength. Engineered for demanding manufacturing applications, it excels in producing complex shapes and high-tolerance components. Product Features High Hardness and Wear Resistance: Tungsten carbide material provides exceptional

Hardmetal Seamless Magnetic Shielding Tungsten Carbide Gauging Mold Our Hardmetal Seamless Magnetic Shielding Tungsten Carbide Gauging Mold combines the exceptional mechanical properties of tungsten carbide with advanced magnetic shielding capabilities for precision measurement applications. Key Features and Benefits Feature Benefit Mechanical Strength Tungsten carbide's extreme hardness and durability withstand wear and tear during gauging processes, ensuring long service

Carbide Tooling Wear Mold Tungsten Die Carbide Forming Die Our hard alloy square and round molds are high-precision, durable components engineered for demanding industrial and manufacturing applications. Manufactured from premium tungsten carbide, these molds deliver exceptional hardness, superior wear resistance, and excellent corrosion resistance, ensuring consistent production of high-quality precision products with long-term reliability. Product Features High Hardness:

Customized Precision Tungsten Carbide Mold Tungsten Steel Die Core Engineered specifically for new energy manufacturing applications, this high-precision tungsten steel mold lower core supports diverse industrial requirements with exceptional performance and reliability. Product Overview The tungsten carbide mold core serves as a critical component in production equipment, delivering superior physical properties including outstanding wear resistance, corrosion resistance,