Alumina Ceramics Manufacturers

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  Alumina Ceramic Valve Sleeve

  Alumina Ceramic Valve Sleeve is a precision industrial component designed for high wear, strong corrosion and high temperature conditions. Its core advantage comes from the properties of 95%-99.7% pure alumina ceramic materials. Compared with traditional metal valve sleeves, its Mohs hardness is as high as 9 (second only to diamond), and its wear resistance is more than 20 times that of stainless steel. It can effectively resist long-term erosion by slurry, ash and other particle-containing media. In terms of chemical stability, the valve sleeve can withstand corrosion from most acid and alkali solutions (such as 32% sodium hydroxide and 95% sulfuric acid), while metal valve sleeves are prone to electrochemical corrosion in such environments. Its maximum operating temperature can reach 1760℃ (99.7% purity), which far exceeds the temperature resistance limit of metal materials. It is particularly suitable for high-temperature scenes such as oil drilling and chemical reactors. In addition, the low friction coefficient (surface roughness Ra≤0.4μm after precision grinding) and zero leakage sealing performance of alumina ceramics significantly improve the opening and closing efficiency and long-term reliability of the valve, and are widely used in key equipment such as ball valves, check valves, and mud valves.

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  Alumina Ceramic Crucible

  Alumina Ceramic Crucible is a professional laboratory and industrial container made of high-purity alumina ceramic. Its main characteristics include excellent high temperature resistance (can withstand temperatures up to 1700°C), excellent chemical inertness (can resist corrosion from acids, alkalis and molten metals), and excellent thermal stability and mechanical strength (avoid cracking during rapid thermal cycles). In addition, it has a low thermal expansion coefficient and excellent insulation properties to ensure dimensional stability and electrical isolation in high temperature environments. Its role is to provide a safe and reliable container for high-temperature melting, chemical reactions and sample processing, effectively preventing material contamination and ensuring the accuracy of experimental results, especially for demanding chemical and metallurgical processes. Alumina Ceramic Crucible has a wide range of uses, covering multiple professional fields, such as in materials science for sintering and melting of metal or ceramic powders, in the chemical industry as a catalyst carrier or high-temperature reaction vessel, and in analytical laboratories for ash determination, sample firing or elemental analysis. Its high purity and low contamination characteristics make it an ideal choice in semiconductor manufacturing, environmental testing and scientific research and development, which can significantly improve processing efficiency and experimental repeatability.

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  Fixed Bracket Alumina Ceramic

  Fixed Bracket Alumina Ceramic is a high-performance support element designed for harsh industrial environments. Compared with traditional metal or plastic brackets, its core advantage is that it is made of high-purity alumina ceramic (Al₂O₃≥95%), which has excellent mechanical strength, extreme corrosion resistance and excellent electrical insulation properties. The product can maintain structural stability at a high temperature of 1600°C, and withstand the erosion of strong acids, strong alkalis and organic solvents, completely avoiding the problems of easy rust of metal brackets and easy aging and deformation of plastic brackets. At the same time, its hardness is second only to diamond, and its wear resistance is more than 5 times that of special steel, which greatly extends the equipment maintenance cycle. Alumina ceramic fixed brackets are widely used in semiconductor manufacturing, chemical reactors, high-temperature kilns, medical equipment and high-precision measuring instruments, providing long-lasting and reliable positioning and support for key components, significantly improving the safety and service life of the system.

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  Alumina Ceramic Tube Fitting

  Alumina Ceramic Tube Fitting is a pipe fitting made of high-purity alumina ceramic material. Its core properties include excellent hardness, outstanding wear resistance and corrosion resistance. The product can maintain structural stability in extreme temperatures (such as up to 1600°C) and high-pressure environments, and has excellent electrical insulation properties to prevent the risk of current leakage. Its role is to provide a reliable sealed connection to ensure the efficient and safe transmission of fluids or gases in the pipeline system, effectively reduce leakage accidents, and improve the reliability and life of the overall system. In addition, the design of Alumina Ceramic Tube Fitting optimizes fluid dynamics and minimizes flow resistance, thereby supporting high-precision control applications. This pipe fitting has a wide range of uses in multiple industrial fields, especially in semiconductor manufacturing, chemical processing, medical equipment and high-temperature furnace systems. Its chemical inertness and biocompatibility make it an ideal choice for handling corrosive media, high-purity liquids or sterile environments, ensuring contamination-free operation. The long-term durability and low maintenance requirements of Alumina Ceramic Tube Fitting significantly reduce operating costs, while its lightweight design facilitates installation and integration, providing efficient solutions for complex industrial processes.

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  Alumina Ceramic Structural Components

  Alumina Ceramic Structural Components is a structural component made of high-purity alumina ceramic material. Its main characteristics include excellent mechanical strength, high hardness and outstanding wear resistance, ensuring structural integrity under extreme loads; it has excellent high temperature resistance, and the operating temperature can reach above 1600°C. At the same time, it shows strong chemical stability and inertness, effectively resisting the corrosion of acids, alkalis and corrosive media; in addition, the component has high electrical insulation and low thermal expansion coefficient, which can provide reliable isolation and stability in electrical and thermal management applications. Its role is to provide critical structural support and protection for industrial systems, such as reducing the risk of failure in high-pressure or high-wear environments, and ensuring safe operation in sensitive equipment through its biocompatibility and non-magnetic design. This structural part is widely used in multiple industrial fields. For example, in the electronics and semiconductor industries, it is used as an insulator or substrate to ensure electrical isolation and thermal management of circuit elements. In mechanical engineering, it is used to manufacture bearings, seals, and pump and valve components to improve the wear resistance and service life of the equipment. In the chemical and energy fields, it serves as reactor linings or pipeline components, withstanding corrosive fluids and high-temperature environments. In addition, it is used as an implant or surgical tool component in medical devices, thanks to its biological inertness. It is also used for lightweight and high-strength structures in the aerospace and automotive industries to meet the reliability and durability requirements under harsh working conditions.

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  Alumina Ceramic Metal Head Pump

  The Alumina Ceramic Metal Head Pump is made of high-purity alumina ceramic material, and its metal head component enhances the rigidity and mechanical stability of the overall structure. The key features of the pump include excellent wear resistance, corrosion resistance and chemical inertness, and can maintain stable performance under high temperature and high pressure environments; in addition, its ceramic surface is highly smooth, which reduces fluid resistance and improves sealing efficiency. As a conveying device, the core function of the pump is to efficiently handle corrosive or abrasive media, such as strong acids, strong alkalis or liquids containing solid particles, to ensure the continuity and safety of the fluid transmission process. The Alumina Ceramic Metal Head Pump is widely used in industries such as chemical, pharmaceutical, water treatment and mineral processing, and is particularly suitable for pumping slurries, wastewater or high-purity chemicals. Its design optimizes service life and maintenance requirements, such as extending the component replacement cycle under harsh conditions, thereby reducing operating costs; at the same time, the pump also plays a key role in fields with high cleanliness requirements such as semiconductor manufacturing or food processing, meeting strict hygiene and performance standards.

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  Metal-Clad Alumina Ceramic Pump

  Metal-Clad Alumina Ceramic Pump is a composite fluid conveying equipment that combines a metal shell with an alumina ceramic lining, designed specifically for handling highly corrosive and highly abrasive media. Compared with traditional all-metal pumps or ordinary ceramic pumps, this product enhances mechanical strength through a metal outer shell structure, while utilizing the high hardness and chemical corrosion resistance of alumina ceramics to significantly extend service life. Its core advantage is that it simultaneously solves the industry pain points of metal pumps being prone to corrosion and ceramic pumps being prone to brittle cracking. Metal-Clad Alumina Ceramic Pump adopts a double-layer composite structure: the outer layer is a pressure-resistant metal shell (such as stainless steel or titanium alloy), and the inner layer is a high-purity alumina ceramic (Al₂O₃ content ≥ 95%) lining. The alumina ceramic lining is tightly combined with the metal shell through precision machining to form a seamless protective layer that can withstand strong acid and alkali environments with a pH value of 0-14, and resist erosion by solid particles with a particle size of ≤1mm. The equipment has an operating temperature range of -20℃ to 250℃ and a maximum working pressure of 2.5MPa. It is suitable for conveying media such as sulfuric acid, hydrochloric acid, sodium hydroxide solution and slurry. Its modular design supports rapid replacement of ceramic linings and reduces maintenance costs. The product is widely used in processes such as hydrometallurgy, flue gas desulfurization, electroplating wastewater treatment and semiconductor wafer cleaning, meeting the needs of continuous and stable operation under high corrosion and high wear conditions.

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  Alumina Ceramic Insulating Ring

  Alumina Ceramic Insulating Ring is an annular insulating component made of high-purity alumina (Al₂O₃). Compared with insulating rings made of other materials (such as polymers or ordinary ceramics), the main difference and advantage of this product lies in its excellent comprehensive performance. Its core material properties give it extremely high electrical insulation strength, excellent mechanical hardness, excellent wear resistance, and excellent thermal shock resistance and high temperature stability (long-term use temperature can reach above 1600°C). This enables the alumina ceramic insulating ring to maintain stable insulation performance in extreme electrical and electronic environments with high temperature, high pressure, high frequency, strong corrosion or high reliability, effectively isolate current and protect sensitive components, and meet the application scenario requirements with strict requirements on the performance of insulating materials. Main features and parameters (typical values):Material composition: Al₂O₃ (92%, 95%, 99%, etc.)Insulation strength: >15 kV/mmVolume resistivity: >10^14 Ω·cm (room temperature)Dielectric constant: ~9-10 (1MHz)Coefficient of thermal expansion: ~7-8 x 10^-6 /KThermal conductivity: ~20-30 W/mKFlexural strength: >300 MPaVickers hardness: ~1500 HVMaximum operating temperature: >1500°C (long term)Main uses:Alumina ceramic insulation rings are widely used in fields requiring high-performance insulation and structural support:Power electronics: high-voltage insulators, power transmission insulation parts, circuit breakers, disconnectors, IGBT module insulation substrates/gaskets, semiconductor manufacturing equipment.Electronic components: vacuum tube (such as magnetron, klystron) insulation support, connector insulators, sensor insulation sleeves, thick film/thin film circuit substrates.High temperature industry: furnace observation window, thermocouple protection tube, high temperature heating element support and insulation, molten metal processing equipment parts.Vacuum technology: vacuum chamber feedthrough insulation, vacuum switch tube insulation ring, vacuum coating equipment parts.Laser and optics: laser gas discharge tube insulation ring, optical platform support insulation.Medical equipment: insulation components in some high-energy medical equipment (such as X-ray tubes).Aerospace and defense: high-frequency and high-voltage insulation parts in radar systems and communication equipment.

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  Alumina Ceramic Block

  Alumina Ceramic Block is an advanced engineering ceramic material with high-purity α-alumina (Al₂O₃) as the main component, made by high-temperature sintering process. Compared with other ceramic materials, this product has achieved excellent mechanical strength, hardness and wear resistance by virtue of its precise control of alumina content (usually 92%-99.9%). The Mohs hardness can reach 9, which is significantly higher than most metals and traditional ceramics. It has outstanding thermal stability and can maintain stable performance in a high temperature environment of 1650℃. It also has extremely low thermal conductivity and excellent electrical insulation (dielectric strength>10 kV/mm). In strong acid, strong alkali and corrosive gas environments, Alumina Ceramic Block exhibits chemical corrosion resistance far exceeding that of metal materials. These characteristics make it an irreplaceable key material in harsh industrial scenarios, especially suitable for fields with extremely high requirements for wear life, high temperature tolerance and insulation reliability. Core application scenariosIndustrial wear-resistant components: Wear-resistant linings, nozzles, and sleeves, extending the life of equipment by more than 10 times; Semiconductor manufacturing: wafer polishing fixtures, vacuum chamber linings, to avoid metal contamination. Electronics and energy technology: High-voltage insulating substrates, radio frequency windows, arc nozzles; Fuel cell bipolar plates, electrolyzer sealing diaphragms. Biomedical field: Orthopedic joint prostheses, dental implant bases; Surgical guides, imaging equipment detector packaging. Special environmental equipment: High-temperature furnace temperature measuring sleeves, plasma etching components; Chemical valve sealing rings, nuclear reactor neutron absorbers. Alumina Ceramic Block provides high-reliability and long-life ceramic solutions for high-end industry and technology through the deep combination of material science and engineering design.

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  Threaded Alumina Ceramic Rod

  Threaded Alumina Ceramic Rod is a functional ceramic component designed for harsh industrial environments. Different from ordinary ceramic rods, its core feature is the threaded structure with precision machining on the surface, which can be directly mechanically connected to metal or plastic parts, eliminating the need for additional bonding or nesting. This product is sintered with high-purity alumina (Al₂O₃) and has the inherent insulation, high temperature resistance and chemical inertness of ceramics. At the same time, by optimizing the thread geometry design, it ensures reliable connection strength in vibration, high temperature or corrosive media. This feature makes it more assembly efficient and structurally stable than non-threaded ceramic rods in scenarios such as semiconductor equipment, high-temperature sensor brackets and internal components of chemical reactors.

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  Alumina Ceramic Disc

  Alumina Ceramic Disc is a ceramic component made of high-purity α-alumina (Al₂O₃ content 96%-99.8%) sintered at high temperature. Compared with metal, plastic or traditional ceramic discs, its differentiated characteristics include: Physical properties: Mohs hardness up to 9, density 3.8-3.9 g/cm³ (lower than metal), elastic modulus of about 350 GPa, providing high wear resistance and structural rigidity. Tolerance: Maximum operating temperature > 1600°C, low thermal expansion coefficient (7-8×10⁻⁶/K), maintaining dimensional stability in thermal shock environment; volume resistivity > 10¹⁴ Ω·cm, resistant to strong acid, strong alkali and organic solvent erosion. Functional characteristics: no ion release, no magnetism, specific purity level meets biocompatibility requirements.These properties make alumina ceramic discs suitable for corrosion, high temperature, high wear and insulation scenarios where metals or polymers are prone to failure, meeting the needs of precision engineering applications.

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  Alumina Ceramic Perforated Disc

  Alumina Ceramic Perforated Disc is a precision porous ceramic component made of high-purity aluminum oxide (Al₂O₃). Its core advantage lies in its excellent physical and chemical stability. Compared with similar perforated components made of metal or polymer, this product has significant differences: its hardness can reach Mohs 9, and its wear resistance far exceeds that of stainless steel; it can withstand temperatures up to 1600°C and is suitable for extreme high temperature environments; it also has excellent acid and alkali corrosion resistance and electrical insulation, and can be exposed to strong corrosive media or high-frequency electric fields for a long time without failure. Alumina Ceramic Perforated Disc has low thermal expansion coefficient and zero outgassing characteristics, and is widely used in semiconductor, chemical and high-temperature filtration industries. It provides more lasting dimensional stability and process purity guarantee in the field, solving the pain points of traditional materials that are easy to deform, age or contaminate the medium. Main application areasIndustrial filtration and separation: high-temperature molten metal filtration, chemical catalyst carrier, and sterile filter plate in the pharmaceutical industry. Energy and environmental protection equipment: fuel cell gas diffusion layer, flue gas dust removal porous lining, MEMS sensor microfluidic chip. Electronics and semiconductors: wafer etching fixture, vacuum feedthrough insulation ring, plasma reactor distribution plate. High temperature processing equipment: sintering furnace support plate, heat treatment tooling bracket, burner flame diffuser.

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