Alumina Ceramic Parts

Alumina Ceramic Parts Alumina ceramic is a type of wear-resistant technical ceramic that provides excellent mechanical and electrical performance. Alumina ceramic features high hardness, wear resistance, low erosion, high temperature resistance, corrosion resistance, and biocompatibility. It is often made into valve seats, semiconductor device parts, insulators, etc. Junjie provides various types of alumina microporous ceramic suction cups, wafer handling arms, and semiconduc

Polycrystalline Transparent Ceramics This ceramic has a bending strength of over 350MPa and a thermal expansion coefficient of (6.5~8.5)×10⁻⁶/°C, making it suitable for high-pressure sodium lamp luminescent tubes, microwave integrated circuit substrates, and dental orthodontic brackets. The preparation process includes isostatic pressing and atmospheric sintering, with key technologies involving optimizing the grain boundary structure and polishing the surface to a finish of

Alumina Transparent Ceramic This ceramic has a bending strength of over 350MPa and a thermal expansion coefficient of (6.5~8.5)×10⁻⁶/°C, making it suitable for high-pressure sodium lamp luminescent tubes, microwave integrated circuit substrates, and dental braces. The preparation process includes isostatic pressing and atmospheric sintering, with key technologies involving the optimization of grain boundary structure and surface polishing to a finish of 11 to 13. Professor

Aluminum Nitride Ceramics Aluminum nitride ceramics have excellent thermal conductivity and electrical insulation properties, performing outstandingly even in high-temperature environments, making them an ideal material for thermal management and electrical applications. Additionally, the electrical insulation and thermal expansion coefficient of aluminum nitride are quite similar to those of silicon wafer materials, which is why it is often used in chip manufacturing

Alumina Nitride And Silicon Carbide Parts Microporous ceramics refer to ceramics that contain a large number of tiny air pores in their interior or surface, with pore diameters generally at the micron or even sub-micron level. The microporous ceramic plates made from uniformly sized nano powders through special processing techniques feature evenly distributed porosity, high interconnecting porosity, good permeability, strong resistance to strong acids and bases, extremely

Alumina Nitride Substrate We uses tape casting process to produce substrates.We developed different subdivisions in order to meet different metallization requests for different applications. Advantage: 1. The source quality is controlled. Froe R & D and production of raw materials to the finished ceramic products, they are self-developed and produced. 2. Standardthermal conductivity2 175W/mk, high thermal conductivity2 200W/mk, Ultra high thermal conductivity≥230W/m-k. 3. We

Alumina Nitirde Large Particle Filler Powder Aluminum nitride large particle fller powder is produced by self developed aluminum nitride powder. After spraying, granulation and sintering, it is screened and packed. The products are widely used in TIM (thermal interface material). Advantage: 1. Crushing: Mechanical equipment is used for cushing, which greatly reduces the agglomeration of powder in microscopic observation, and reduces the sense of particle and roughness in

Alumina Nitride Granulation Powder High purity AIN powder for electronic materials is the best material choice for sintering AIN substrate. The sintered AIN substrate has ultra-high thermal conductivity, high electrical insulation and thermal expansion properties similar to those of semiconductor materials such as silicon wafer. It is widely used in the electronic packaging industry. We use carbothermal reduction method to produce high-purity electronic aluminum nitride

Alumina Nitride Powder High purity AIN powder for electronic materials is the best material choice for sintering AIN substrate. The sintered AIN substrate has ultra-high thermal conductivity, high electrical insulation and thermal expansion properties similar to those of semiconductor materials such as silicon wafer. It is widely used in the electronic packaging industry.,We uses the carbonthermal reduction method to produce high purity electronic level aluminum nitride

High-purity alumina ceramic substrate (99.6%) 996 alumina ceramic substrates, made from nano-scale, high-purity alumina, exhibit excellent mechanical, thermal, and electrical properties, playing a vital role in electronic packaging, circuit boards, power electronics, and sensors. my country's demand for high-purity alumina ceramic substrates relies heavily on imports, but some domestic manufacturers are developing domestically produced alumina ceramic substrates as a

Aluminum nitride substrate We uses tape casting process to produce substrates.We developed different subdivisions in order to meet different metallization requests for different applications. 1. The source quality is controlled. Froe R & D and production of raw materials to the finished ceramic products, they are self-developed and produced. 2. Standardthermal conductivity2 175W/mk, high thermal conductivity2 200W/mk, Ultra high thermal conductivity≥230W/m-k. 3. We can

Aluminum Nitride | AlN Our Aluminum Nitride (AlN) materials have high thermal conductivity, high electric insulation and have a coefficient of thermal expansion similar to that of silicon (Si). It is used as a substrate for power module and LED. We uses tape casting process to produce substrates.We developed different subdivisions in order to meet different metallization requests for different applications. 1. The source quality is controlled. Froe R & D and production of raw

Precision Ceramic Parts Alumina Zirconia Aluminum Nitride This product has excellent high-temperature flexural strength, thermal shock resistance, oxidation resistance, large bearing capacity, and no deformation after long-term use. It is suitable for load-bearing structures of shuttle kilns, tunnel kilns, double-layer kilns and various high-temperature kilns. The square aluminum beams produced by Jinde New Materials have good thermal conductivity, long service life, and

Gas Atomization Boron Nitride Ceramic Parts Boron nitride belongs to the hexagonal system. Its structure is similar to graphite, and their properties are also similar. Therefore, it is also called " white graphite". It has good heat resistance, thermal stability, thermal conductivity, high temperature dielectric strength, and is an ideal heat dessipating material and high temperature insulatiing material. Mohs Hardness 2 can be processed into various shaped parts. Main

Gas Atomization Boron Nitride Ceramic Nozzles Amorphous Soft Magnetic Alloy Spray Tapes Boron nitride belongs to the hexagonal system. Its structure is similar to graphite, and their properties are also similar. Therefore, it is also called " white graphite". It has good heat resistance, thermal stability, thermal conductivity, high temperature dielectric strength, and is an ideal heat dessipating material and high temperature insulatiing material. Mohs Hardness 2 can be

Pure BN99 Boron Nitride Ring Hot Pressed Aluminum Nitride Plate We provide standard products & tailor-made products for hot-pressed boron nitride ring. Except for pure BN99 ring, we also supply BN composites with silicon carbide, calcium borate, aluminum nitride and zirconia, to fulfill various of demand for the customers. Check the boron nitride specifications for our pure BN99 and zirconia composite material ZSBN. Materials Properties: Main aoolications: Components for

Precision Ceramic Parts Alumina Zirconia Aluminum Nitride This product has excellent high-temperature flexural strength, thermal shock resistance, oxidation resistance, large bearing capacity, and no deformation after long-term use. It is suitable for load-bearing structures of shuttle kilns, tunnel kilns, double-layer kilns and various high-temperature kilns. The square aluminum beams produced by Jinde New Materials have good thermal conductivity, long service life, and

Industrial Ceramic Elements Of Shutoff And Control Parts The process equipment involved in the pumping and transport systems for liquid and gaseous media contains a significant number of shut-off and control valves. Elements of valves and fittings directly overlapping the flow are subject to a destructive effect of the flow, in the case of abrasive particles, corrosive media, high temperatures and cavitation leads to a drastic reduction in the resource and the need for

High Quality And High Hardness Protective Plug Board Production Introduction: Quality Control:

high purity Alumina Grinding Medium This series of products is suitable for non-metallic powder grinding, CMP grinding media, high-performance ceramic material manufacturing, rare earth fluorescent material manufacturing, lithium battery industry material manufacturing, thermal conductivity industry material manufacturing, etc. Quality Control: