Tungsten Carbide Pins

Precision carbide pin gauge set made from tungsten carbide with 88-92 HRA hardness and 14.45 g/cm³ density. Features exceptional wear resistance, tight tolerances, and standardized sizing for accurate hole diameter measurement. Essential for manufacturing, engineering, and quality control applications requiring reliable dimensional inspection.

High hardness tungsten carbide tap set featuring 89-92 HRA rating and R3-R0.1 radius range. Premium wear-resistant material ensures long service life in high-intensity punching operations. Customizable diameters and lengths available for automotive, electronics, and mold manufacturing applications. Includes corrosion resistance for harsh industrial environments.

High-performance tungsten carbide punch and die pins featuring exceptional wear resistance and 4700 MPa compressive strength. Ideal for metal stamping, powder molding, and high-stress tooling applications. Custom manufacturing available with precise +0.005mm tolerance for industrial and manufacturing requirements.

High-temperature resistant square tungsten carbide press-in pins with 88-92 HRA hardness and 14.45 g/cm³ density. Precision-engineered for industrial fixtures, jigs, and tooling applications. Features exceptional wear resistance, stable square design, and press-in installation for precise alignment in metalworking, woodworking, and stone processing industries.

Custom double-headed tungsten carbide parallel pin with exceptional wear resistance, high temperature tolerance, and corrosion resistance. Features 88-92 HRA hardness, 4700 MPa compression strength, and precise dimensional accuracy for iron core stamping mold applications. Manufactured to client specifications with comprehensive testing data.

High-precision tungsten carbide insert pins engineered for mold equipment with exceptional hardness (88-92 HRA) and precision tolerances down to ±0.0005mm. Available in micro-diameter sizes from Φ0.013 to Φ0.67. Features comprehensive customization options and full technical support including design assistance, machining, and quality testing services.

Industrial-grade tungsten carbide press-in pins with exceptional wear resistance and durability. Features 88-92 HRA hardness, 3200-3800 Mpa bending strength, and 14.45 g/cm³ density. Customizable in K20, K10, K30 grades for metal, wood, and stone working applications. Competitive pricing with full customization services available.

Φ0.2mm Shockproof Rotor Core Stamping Mold Tungsten Carbide Pins Precision Custom Carbide Components Customized cemented carbide processing tungsten carbide pins designed specifically for shockproof rotor core stamping molds. These tungsten steel components are non-standard customized solutions for demanding industrial applications. Superior Material Properties Excellent physical stability forms the foundation of tungsten carbide performance, providing exceptional capabilitie

Customized Tool Grade Press in Tungsten Carbide Core Pins Precision-engineered tungsten carbide core pins designed for demanding industrial applications. These slim tungsten carbide parts feature specialized conical geometry and exceptional dimensional accuracy. Key Specifications Special conical degree: 0.157 Maximum concentricity: 0.002 High accuracy diameter: 0.161 ±0.001mm Tungsten Carbide Parts Parameters Main Tungsten Carbide Grades K10, K20, K30, K40, CD650, CF-H40S,

Diameter 1.01 Cemented Carbide Dowel Pins of Superior Wear Resistance Product Overview Precision cemented carbide dowel pins, core pins, and press-in pins manufactured from tungsten carbide for demanding industrial applications. These components are available in custom non-standard configurations to meet specific tooling requirements. Specifications Dimension: Φ1.01 x 26.5mm Surface Roughness: 0.8 Diameter Tolerance: +0.005mm Key Features Exceptional physical stability for

High-Performance Sharp-Edged Tungsten Carbide Needles Our cemented carbide processing tungsten carbide punch pins and carbide needles are engineered for exceptional performance in demanding industrial applications. These tungsten steel components are available as non-standard customized carbide punch and die press tool forming pins. Superior Material Properties Tungsten carbide products offer excellent physical stability as their fundamental characteristic, providing

Submicron Slider Guiding Components Tungsten Carbide Locating Pins Precision tungsten carbide locating pins engineered with submicron accuracy for superior alignment and guidance in machining operations. Size Details Φ0.2mm x Φ1 x 23.5mm High Accuracy Dia. 0.7 ±0.001mm Polishing Request Ra0.4 Key Features Submicron precision engineering for intricate machining tasks Exceptional alignment accuracy and operational reliability Superior durability and wear resistance in demanding

Industrial Grade High Strength Tungsten Carbide Punch Pin Industrial grade tungsten carbide punch pins are essential tools used in various manufacturing and precision engineering applications. These pins are designed to withstand high force and repetitive impact while maintaining sharpness and dimensional accuracy. Key Features Tungsten Carbide Construction Made from high-quality tungsten carbide, these punch pins offer exceptional hardness, wear resistance, and toughness,

Tungsten Carbide Gage Pins for Unrivaled Accuracy in Industrial Metrology and Quality Assurance Tungsten carbide gage pins deliver exceptional precision for industrial metrology and quality assurance applications, providing reliable measurements across diverse manufacturing environments. Carbide Gage Pin Specifications Our tungsten carbide gage pins are available in standard sizes for industrial applications, with custom sizes manufactured to meet specific requirements.

High Precision Tungsten Carbide Pins for Customization Professional Customization Service We offer high-quality customization services for tungsten carbide punches, dies, and precision mold solutions. Specializing in production and processing of precision components, we provide reliable solutions for bulk industrial production. Precision Stamping Die Manufacturing Stamping dies are essential tools for product blanking, with punches and dies serving as core components for

Customized Tungsten Carbide Pins for Machine Tools During injection molding operations, needles flow and slide along mold cavity surfaces, creating severe friction that leads to wear-related failure. Tungsten carbide pins provide exceptional wear resistance, with material hardness being the primary factor determining performance. Higher hardness results in reduced wear and superior durability. Essential Properties for Precision Mold Insert Pins Exceptional wear resistance for

Wear Resistant High Precision Hard Metal Tungsten Carbide Gage Pins Tungsten carbide gage pins and gauge blocks are precision measurement tools extensively used in metrology and quality control applications. Manufactured from tungsten carbide, these tools offer exceptional hardness, wear resistance, and dimensional stability, ensuring accurate and reliable measurements of lengths, depths, and diameters across various industrial settings. Benefits of Using Carbide Gage Pins

Cemented Carbide Blocks and Pins for Exact Measurement Accuracy Tungsten carbide gauge blocks and pins are precision measurement tools used extensively in metrology and quality control applications. These tools are crafted from tungsten carbide, renowned for its exceptional hardness, wear resistance, and dimensional stability. They play a crucial role in ensuring accurate and reliable measurements of dimensions such as lengths, depths, and diameters in various industrial

Hard Alloy Tungsten Carbide Tap And Die Set for Industrial Use This high-performance, precision industrial tool set is manufactured from premium tungsten carbide material. Designed for mold processing, metal forming, and precision manufacturing applications, it delivers exceptional reliability and durability in high-load, high-wear industrial environments. Product Features High Hardness: With hardness rating above HRA90, capable of processing various high-hardness materials

Precision Crafted Tungsten Molybdenum Alloy Needle A tungsten molybdenum alloy needle is a high-performance industrial tool forged from an alloy predominantly composed of molybdenum. Molybdenum (symbol Mo, atomic number 42) is a refractory metal renowned for its extraordinarily high melting point and outstanding strength under elevated temperatures. Key Performance Characteristics High Melting Point: With a melting point of approximately 2,623°C (4,753°F), molybdenum stands