Tungsten Carbide Sleeve

Professional tungsten steel valve components featuring precision tolerances down to 0.001mm roundness and 0.008mm coaxiality. Engineered for pneumatic and hydraulic equipment with superior wear resistance, high-temperature stability, and custom manufacturing capabilities. ISO 9001:2015 certified with advanced powder metallurgy technology.

Specialized semiconductor encapsulation components featuring tungsten carbide plunger pots for exceptional wear resistance and precision dispensing. These durable components ensure reliable encapsulation processes with extended lifespan, improved efficiency, and long-term cost savings. Ideal for high-precision semiconductor manufacturing applications requiring chemical compatibility and consistent performance.

Tungsten Carbide Bushing Tungsten carbide bushings are high-performance plain bearing components precision-manufactured through powder metallurgy using high-purity tungsten carbide (WC) powder and metallic binders. They are extensively used in the oil and gas industry, pump and valve systems, mining machinery, chemical equipment, and various industrial machines. Serving as support, guidance, and wear protection between rotating shafts and stationary housings, they are

Tungsten Carbide Thin-Wall Bushing Product Overview Tungsten Carbide Thin-Wall Bushings are high-performance cylindrical wear-resistant components manufactured through advanced powder metallurgy technology. Composed of tungsten carbide (WC) as the hard phase and cobalt (Co) or nickel (Ni) as the binder phase, these bushings are produced via pressing and high-temperature sintering processes. Widely used in petroleum machinery, pumps, bearing housings, and various rotating

High-density 19.1 g/cm³ tungsten heavy alloy bushing for superior radiation shielding and mechanical rigidity. Precision machined to ±0.01 mm tolerance, RoHS compliant, and lead-free. Ideal for radiotherapy collimators, NDT shielding, and high-stress industrial applications.

Tungsten carbide anti-vibration tool holder with support sleeve for deep-hole machining. Features excellent wear resistance, high hardness, superior impact toughness, and corrosion resistance. Customizable sizes and OEM options available.

Custom trapezoid tungsten carbide valve seat for 16mm sphere balls. Features high hardness (87-89 HRA), wear resistance, and compressive strength. Ideal for oil and gas applications. Available in grades YG8, YG15, K30, K40. Custom sizes and OEM support offered.

Manufactured from high-performance WC-Co material with HRA 89-92 hardness, offering 3-5 times longer service life than conventional metal rings. Features wear and corrosion resistance, precision lapped sealing surfaces, and customizable sizes from 5-200mm OD. Ideal for high-pressure plunger pumps and hydraulic systems.

Ultra-fine grain tungsten carbide center bushing with HRA 89-93 hardness, offering 5-10x longer wear life than tool steel. Customizable cobalt content 6-15%, ID tolerance IT4-IT5, roundness ≤1.5μm. Ideal for high-speed rotating machinery. Fast prototyping available.

Precision inner cone bushing made from high-purity tungsten carbide. Hardness HRA 88-92 offers 10-20x wear resistance over steel. Compressive strength exceeds 4000 MPa. Ideal for cone crushers, rotary drills, and hydraulic assemblies. Custom sizes and grades available.

Precision-ground WC-Ni alloy inner sleeve with

Engineered with nickel binder for non-magnetic performance (μ

Non-magnetic WC-Ni alloy sleeve with µ

Non-magnetic WC-Ni alloy ejector pin guide bushings with 90-92 HRA hardness, 50-100x wear resistance over steel, and precision-matched clearances. Ideal for medical, electronics, and ferrite molding. Custom dimensions and lubrication options available.

Non-magnetic WC-Ni alloy linear bushing with µ < 1.002, 90-92 HRA hardness, and Ra 0.1 μm finish. Ideal for MRI, semiconductor, and vacuum environments. Offers 50-100x wear life over steel, micron-level precision, and custom sizes. Certifiable for cleanroom use.

High-precision tungsten steel rod sleeve blank preform with HRA92 hardness and 530-700 GPa elastic modulus. Offers extreme wear and corrosion resistance, high rigidity, and near-net shape for efficient machining. Ideal for precision machinery, molds, and cutting tools. Custom sizes and grades available.

Engineered from WC-Ni alloy, this ring cavity mold offers absolute non-magnetic integrity (µ < 1.002), extreme wear resistance at 90-92 HRA, and high compressive strength over 4000 MPa. Ideal for precision compression and sintering of electronics, ceramics, and powder metallurgy parts. Custom sizes and tolerances down to ±0.005 mm available.

Precision-machined non-magnetic center rings with zero magnetic interference (µ≈1.0). Made from cupronickel, aluminum bronze, or 316L. Tolerances ±0.005mm. Ideal for electronics, medical, aerospace. Custom sizes and materials available.

Engineered from WC-Ni alloy with magnetic permeability

Engineered for sensitive environments, this WC-Ni guide block offers magnetic permeability