Industrial Ceramic Parts

SiC CMP Tray Silicon Carbide CMP tray is formed by isostatic pressing process and sintering at high temperature. The outer diameter, thickness, number and size of acupoints, position and shape of the tablet groove can also be finished according to the requirements of the user's design drawings to meet the specific requirements of the user. Typical applications CMP(Chemical Mechanical Polish) in LED chip manufacturing, that is, chemical mechanical polishing process. Features

MICRO POROUS ALUMINA CERAMICS, NANO POROUS CERAMICS,Porous Ceramic Vacuum Chuck Table Materials: Alumina Ceramic, Silicon Carbide Ceramic Product Category: Porous Ceramic Porous ceramic itself has numerous pores by the ceramic sintering technology and is used for a vacuum chuck. It can serve as an air flotation platform, widely used in semiconductor, panel, laser process, and non-contact linear slide. Absorb or float the workpiece by applying positive and negative pressure

Ceramic Vacuum Chucks, Ceramic Filters, Ceramic Diffusers, Ceramic Air Bearings, Ceramic Permeable Substrates The range of Innovcera porous ceramic filters are made from aluminum oxide and silicon carbide. The strong, uniform porous ceramic has 40-50% open porosity with a tortuous pore structure and is available in pore sizes ranging from 6 to 90 microns. Maximum Temperature Up to 1000C for porous ceramic, limited only by sealants, gaskets and/or hardware materials. Corrosion

Porous alumina ceramics Porous alumina ceramics are ceramics with countless pores or "holes" inside. As porous material has low thermal conductivity and is lightweight, it is used for filters, bubblers, vacuum chucks, air blowing, and more. Thera are two kinds of porous ceramics we have - Alumina and SiC. We will select the best material that suites your application. Porous Alumina Ceramics This is a type of porous ceramics consisted of Al2O3. Porous Alumina Ceramics are well

Aluminum Nitride (AlN) Ceramic Material with Very High Thermal Conductivity Aluminum Nitride (AlN), a covalently-bonded ceramic, is synthesized from the abundant elements aluminum and nitrogen. It does not occur naturally. AlN is stable in inert atmospheres at temperatures over 2000°C. It exhibits high thermal conductivity but is, uniquely, a strong dielectric. This unusual combination of properties makes AlN a critical advanced material for many future applications in optics

CERAMIC REFLECTOR FOR FLASH LAMPS, CONTINUOUS-WAVE LASERS, DIODE-PUMPED LASERS, AND COSMETIC SURGERY MARKETS. 22% Industrial Ceramic Parts Ceramic Reflector For Flash Lamps Continuous Wave Lasers We manufactures custom and standard ceramic reflector designs for flash lamps, continuous-wave lasers, diode-pumped lasers, and cosmetic surgery markets. Ceramic Reflector is made by high purity porous alumina ceramic of 99% Al2O3 content, used extensively for long-life laser

Sic Ceramics Plates Silicon carbide (SiC) has characteristics very similar to diamond — it is one of the lightest, hardest, and most durable technical ceramic materials, with excellent thermal conductivity, acid resistance, and low thermal expansion. When physical wear becomes an important consideration, silicon carbide is an excellent material because it has good erosion resistance and wear resistance, making it suitable for various applications such as nozzles, shot peening

Cut-Off Wheels Diamond saw blades are increasingly widely used in the deep processing of ceramics and are an important tool in ceramic processing. They can be used for mosaic cutting, edge trimming, and grooving, and are suitable for continuous cutting machines, manual cutting machines, and other equipment. Common processing methods include manual single-blade cutting, continuous single-blade combination cutting, double-blade continuous cutting, and pre-cutting-chamfering

Rolling And Rounding Grinding Wheels Ceramic diamond grinding wheels are precision grinding tools manufactured by bonding diamond abrasive grains with a ceramic binder through pressing, drying, and firing processes. These wheels offer exceptional strength, superior heat resistance, and high grinding efficiency. Available in standard and super-hard variants, they feature optimized binder formulations and pore structures that significantly enhance performance while addressing

Ceramic Dressing Discs Ceramic dressing discs are essential high-performance dressing tools for precision grinding equipment. They function as precision calibrators for grinding wheels, correcting shape errors such as flatness and roundness deviations. These discs restore the cutting performance and geometric accuracy of grinding wheels, ensuring consistent machining quality and optimal workpiece results. Performance Advantages Material Formulation: Advanced balance of high

Ceramic Lapping Discs This advanced ceramic disc series is engineered for precision carving, thinning, shaping, beveling, and polishing of gemstones, ceramics, and crystals. The product line includes grinding discs, files, grinding plates, and resin discs designed for industrial manufacturing applications. Semiconductor Silicon Wafer Processing Ceramic grinding discs represent the most advanced method for processing semiconductor silicon wafers. The double-sided grinding

Vitrified Super Abrasives Product Overview Ceramic-bonded superhard abrasive tools are manufactured through cold pressing and sintering processes that bond superhard abrasive particles into segments. These segments are then bonded and cured to a base material, followed by comprehensive post-processing. These tools offer the highest operating linear speed among all abrasive tools and withstand significant forces during operation. Key Features & Benefits Maximum operating

Metallized Ceramics Component ZG supplies custom Metalized Alumina Ceramics designed for high vacuum, high voltage, and high pressure applications. These metallized ceramics are essential components for power grid tubes, vacuum interrupters, RF windows, metallized rings, and various insulators and sensors. Material Properties Alumina is among the most widely used engineering ceramic materials, providing exceptional hardness, wear resistance, and superior electrical insulation

Metallized Ceramics Component ZG supplies custom Metalized Alumina Ceramics. These metallized ceramics are ideal for use within high vacuum, high voltage and high pressure applications. We provide metallized ceramic for power grid tubes, vacuum interrupters, RF windows, metallized rings and components for insulators and sensors. Material Properties Alumina is one of the most commonly used engineering ceramic materials, offering high hardness and wear resistance with excellent

Custom Metalized Ceramic Ring Custom Metalized Ceramic Tubes ZG supplies custom Metalized Alumina Ceramics. These metallized ceramics are ideal for use within high vacuum, high voltage and high pressure applications. We provide metallized ceramic for power grid tubes, vacuum interrupters, RF windows, metallized rings and components for insulators and sensors. Material Properties Alumina is one of the most commonly used engineering ceramic materials, offering high hardness and

Custom Metalized Ceramic Tubes ZG supplies custom Metalized Alumina Ceramics. These metallized ceramics are ideal for use within high vacuum, high voltage and high pressure applications. We provide metallized ceramic for power grid tubes, vacuum interrupters, RF windows, metallized rings and components for insulators and sensors. Material Properties Alumina is one of the most commonly used engineering ceramic materials, offering high hardness and wear resistance with

Silicon Carbide Plate Silicon carbide is an inorganic compound composed of silicon and carbon, commonly known as carborundum. It possesses extremely high hardness, high temperature resistance, wear resistance, and excellent semiconductor properties. Silicon carbide has a variety of uses, including as an abrasive, in the manufacture of high-temperature and high-durability ceramic materials (such as brake pads and bulletproof vests), and as a semiconductor material for

Yttrium oxide (Y₂O₃) Yttrium oxide (Y₂O₃) is a white, powdery inorganic compound with the chemical formula Y₂O₃. It is insoluble in water and alkalis, but soluble in acids. Yttrium oxide has a wide range of industrial applications, primarily in the manufacture of magnetic materials for microwave applications, optical glass, high-brightness phosphors, ceramic additives, and as a raw material for other composite oxides, such as those used in the atomic energy and laser

Ceramic Hanger Bearings Zirconia Hanger bearings offer a tough, strong and long lasting option to replace wood and metal hanger bearings. Our yttria stabilized zirconia offers a fine grained microstructure which leads to very long service times and quiet service. Our hanger bearings are highly polished which increases the journal and shaft life to as the bearing exhibits an ultra low coefficient of friction. This leads to a decreased galling too. Bearings are made to CEMA

HIP Zirconia General Properties Use temperatures up to 750°C Low thermal conductivity Chemical inertness High Edge Retention Excellent Wear resistance High fracture toughness High hardness Rc72 Low Coefficient of Friction Applications Gap Sub Rings Sleeves for MWD oilfield applications High pressure ball valve balls where mechanical shock, impacts, or vibrations are present Ultra high pressure pumping elements like waterjet plungers Deep well down-hole valves and seats