Technical Ceramic Parts

Aluminum Nitride Ceramics Aluminum nitride (AlN) is a fine ceramic material that features an extremely interesting combination of very high thermal conductivity and excellent electrical insulation properties. Properties of Aluminum Nitride (AlN) High thermal conductivity High electrical insulation capacity Low thermal expansion Thermal stability and shock resistance Plasma corrosion resistance Good metallization capacity Applications of Aluminum Nitride Semiconductor

SIC Wafer Semiconductor Wafer, Inc. ( SWI ) provides high quality single crystal SiC wafer ( Silicon Carbide ) to electronic and optoelectronic industry . SiC wafer is a next generation semiconductor material , with unique electrical properties and excellent thermal properties , compared to silicon wafer and GaAs wafer , SiC wafer is more suitable for high temperature and high power device application . SiC wafer can be supplied in diameter 2 inch , both 4H and 6H SiC , N

AIN Ceramic Heater Aluminum nitride is a multifunctional material most commonly used in scenarios that require high thermal conductivity and electrical insulation. This unique ability makes AIN an ideal choice for fast heating and heat dissipation. Such as aluminum nitride ceramic heaters, aluminum nitride ceramic wafer trays/ceramic chuck table, etc. Application Semi-conductor: ESC, etch, CVD, polishing machine; Medical Devices: heating and atomization; Other: used in other

Saggers for Sintering Electronic Ceramics — Product Specification & Description 1. Product Overview Saggers for Sintering Electronic Ceramics are specialized, high-purity refractory containers designed to meet the rigorous thermal and chemical demands of firing advanced electronic components. Engineered to provide a clean, micro-environment within kilns, these saggers shield delicate electronic substrates, capacitors, and piezo-electric materials from atmosphere turbulence,

Sintering Crucible for Magnetic Materials — Product Specification & Description 1. Product Overview The Sintering Crucible for Magnetic Materials is a high-purity, refractory container specifically engineered for the calcination and sintering of soft ferrites, permanent magnets, and advanced magnetic components. Formulated from premium-grade refractory oxides (such as high-alumina, corundum-mullite, or specialized zirconia-coated matrices), this crucible provides exceptional

Saggers for Material Sintering — Product Specification & Description 1. Product Overview Saggers for Material Sintering are high-performance refractory ceramic containers engineered to protect materials during high-temperature thermal processing. Designed to shield raw powders, green bodies, and compacts from direct flame contact, combustion gases, and atmosphere fluctuations, saggers ensure consistent heat distribution, prevent cross-contamination, and maximize furnace

Corundum-Mullite Setter Plate — Product Specification & Description 1. Product Overview The Corundum-Mullite Setter Plate is a high-purity, ultra-high-temperature refractory tray engineered for demanding industrial thermal processes. Formulated by combining hard, wear-resistant corundum ($alphatext{-}Al_2O_3$) with high-purity mullite ($3Al_2O_3cdot2SiO_2$), this setter plate offers exceptional high-temperature load-bearing capacity, resistance to structural deformation, and

Ultrasonic Vibration Machining of Aluminum-Based Silicon Carbide Ceramics —— High-Precision, Low-Damage Machining Solutions for AlSiC Metal Matrix Composites (MMCs) Aluminum-based silicon carbide (AlSiC) composites combine the light weight and high thermal conductivity of aluminum with the extreme hardness and low thermal expansion of silicon carbide ceramics. However, due to the sharp mismatch in mechanical properties between the soft aluminum matrix and ultra-hard SiC

CNC Sandblasting of Ceramic Components —— Computer-Controlled Automated Surface Finishing & Micro-Texturing Solutions In high-tech manufacturing, technical ceramics such as alumina, zirconia, and silicon carbide offer extreme hardness and chemical inertness. However, traditional manual sandblasting often leads to uneven surface textures, over-abrasion, and structural micro-cracking. CNC Sandblasting of Ceramic Components combines multi-axis robotic automation with precise

Industrial Ceramic Structural Processing —— Precision Custom Manufacturing for High-Performance Ceramic Components When standard metallic alloys reach their limits under high wear, extreme temperatures, or aggressive chemical environments, advanced industrial ceramics provide the ultimate engineering solution. Our Industrial Ceramic Structural Processing services specialize in turning high-purity ceramic raw materials into ultra-precise, custom-engineered structural

Ceramics Flash Polishing —— Rapid High-Precision Surface Finishing Solutions for Technical Ceramics In advanced technical ceramics manufacturing, traditional lapping and polishing can be extremely time-consuming due to the extreme hardness ($ge 1500 text{HV}$) and inherent brittleness of ceramic substrates. Ceramics Flash Polishing is an ultra-high-efficiency surface finishing solution designed to rapidly eliminate micro-grinding marks, relieve surface stress, and produce

AT Series Ceramic Cutting Tools —— Advanced Whisker-Reinforced Solutions for Superalloys & High-Load Machining Engineered for the most demanding machining environments, our AT Series Ceramic Cutting Tools utilize advanced Whisker-Reinforced Alumina ($Al_2O_3 + SiC$ Whiskers) technology. By embedding high-strength Silicon Carbide microscopic whiskers within a high-purity alumina matrix, the AT Series achieves extraordinary fracture toughness and thermal shock resistance. It is

Ceramic Cutting Tools —— High-Speed Machining & Superior Heat Resistance In modern metalworking and manufacturing, efficiency and thermal stability are essential for machining difficult-to-cut materials. Our Ceramic Cutting Tools are high-performance machining solutions engineered to bridge the gap where conventional carbide inserts reach their thermal and speed limits. Delivering exceptional hardness at elevated temperatures and extreme wear resistance, these inserts enable

Ceramic Valveless Metering Pump Accessories —— The Perfect Synergy of High Precision & Extreme Durability In the field of precision fluid dispensing, even the slightest wear can compromise filling consistency. Our Ceramic Valveless Metering Pump Accessories are engineered specifically for high-precision, long-service-life, and harsh operating conditions. By utilizing industrial-grade advanced ceramics and ultra-precision machining, we provide core fluid control components

Processing of Superhard Materials —— Precision Engineering Solutions for Ultra-Hard Substrates Processing superhard materials—such as Chemical Vapor Deposition (CVD) diamond, Polycrystalline Diamond (PCD), Cubic Boron Nitride (PCBN), and technical ceramics—presents extreme manufacturing challenges due to their incredible hardness, brittleness, and thermal sensitivity. Our Processing of Superhard Materials services offer advanced, ultra-precision machining solutions. Utilizing

Bump Suction Cup Processing —— High-Efficiency Paintless Dent Repair & Precision Surface Lifting In automotive body restoration and material handling, restoring smooth contours without damaging surface finishes requires controlled, paintless force. Bump Suction Cup Processing utilizes heavy-duty vacuum suction pads and precision leverage tools to repair bodywork bumps, dents, and surface deformations in minutes. By creating a strong mechanical vacuum seal on flat or slightly

ATQ Series Ceramic Cutting Tools —— Advanced Toughened Alumina Solutions for High-Precision Machining Designed for high-efficiency finishing and semi-finishing applications, our ATQ Series Ceramic Cutting Tools feature an Advanced Toughened Alumina ($Al_2O_3$) Composite formulation. By combining high-purity alumina with optimized toughening agents and micro-grain structure controls, the ATQ Series offers exceptional hot-hardness, high wear resistance, and improved edge

AS Series Ceramic Cutting Tools —— Advanced Silicon Nitride Solutions for High-Speed Machining Engineered for extreme performance in demanding metalworking applications, our AS Series Ceramic Cutting Tools feature advanced Silicon Nitride ($Si_3N_4$) formulations. Specially developed to handle severe thermal shock, high mechanical loads, and heavy interrupted cuts, the AS Series offers unmatched fracture toughness and wear resistance—allowing for drastically increased metal

Cordierite-Mullite Setter Plate — Product Specification & Description 1. Product Overview The Cordierite-Mullite Setter Plate is a high-performance refractory tray designed for high-temperature kiln operations. By combining the low thermal expansion of cordierite with the high-temperature strength and creep resistance of mullite, this composite material offers an ideal balance of thermal shock durability, structural stability, and longevity. It is widely used as kiln

Sandwich-type Kiln Shelf —— Lightweight, High-Strength Composite Refractory Batts for Energy-Efficient Firing In high-temperature industrial kilns, traditional solid refractory shelves suffer from high thermal mass, slow heating/cooling rates, and heavy weight, leading to excessive energy consumption and sagging under heavy loads. The Sandwich-type Kiln Shelf features an advanced composite structure—typically comprising dense, wear-resistant outer skin layers bonding a