b

products

  • Silicon carbide base

    Silicon carbide base

     High precision components for semiconductor process and optical mechanical equipment

    The SSiC silicon carbide manipulator and chassis are formed by isostatic pressing process and sintered in a vacuum sintering furnace at high temperature. The overall dimensions, thickness dimensions and shapes can be finished according to the requirements of the user’s design drawings to meet the specific use requirements of the user.

     

  • SiC ceramic crucible and sagger

    SiC ceramic crucible and sagger

    The SSiC crucible and saggers are made of nano SiC material by isostatic pressing and sintering in a pressureless vacuum sintering furnace. SiC crucible sagger can be used to make round and square crucibles, flat bottoms, semi flat bottoms and spherical bottoms, and can also be added with flanges, drilling holes and other structures.

  • Silicon carbide wear resistant parts

    Silicon carbide wear resistant parts

    The SSiC sintered silicon carbide shaft sleeve/liner is more wear-resistant, high-temperature resistant and corrosion resistant than the reaction sintered silicon carbide liner. The working environment can reach up to 1650 . It can be used in petroleum, chemical industry, automobile, military industry, paper making, food, pharmacy, nuclear industry and other industries.

    The nano silicon carbide produced by special process has the characteristics of high purity, small particle size distribution range, high specific surface area, stable chemical performance, high thermal conductivity (165W/MK), small thermal expansion coefficient and high hardness.

  • SSiC products

    SSiC products

    We have a complete set of domestic advanced production lines for dry pressure molding, isostatic pressure molding, grouting molding and extrusion molding. Its main Sintered Silicon Carbide Ceramic (SSiC) products reach high purity (≥ 98%) and high density (≥ 3.10g/cm3) without free silicon, meeting or even superior to international technical standards. KSINO has superior pressureless injection molding silicon carbide ceramic process. Thus, KSINO is one of enterprises with industrialized and mass production in China.

  • SSiC tube

    SSiC tube

    Silicon carbide tubes, pipes and rollers can be widely used in high-temperature corrosion and other environments, and are indispensable components for special high-temperature kilns, heat exchangers, etc

  • Quartz Ceramic Cover Tile, Brick, Plates, Diverter

    Quartz Ceramic Cover Tile, Brick, Plates, Diverter

    Fused silica ceramics

    Large sized fused silica cylinder

    Product description:

    Ceramic cylinder products refer to cylindrical quartz ceramic products with flange at one end. Its sizes are within the range of Φ 800-1500 × 1600-3000mm. The products are made from fused silica ceramic material. They are non-magnetic and non-conductive. Under high vacuum conditions, the material does not leak. The long-term use temperature is not lower than 600 ℃. Shandong Yinggui Industrial Ceramics Co., Ltd is the only Chinese enterprise to develop and produce the large sized fused silica ceramic cylinders. 

  • Quartz ceramic guide tube and rollers

    Quartz ceramic guide tube and rollers

    Ceramic roller for float glass production

    Ceramic roller is an important part of float glass production line. Its material and performance has directly influence on the quality of float glass products. Ceramic roller can be used as the transition roll and annealing roll of float glass production line, which can replace heat-resistant steel and asbestos roller. In addition, ceramic rollers can be also used as Tee in zinc smelting industry, the ceiling tiles in production process and the support for electronic industry.

  • High Temperature Resistant Boron nitride parts–crucible, Sintering Plate, insulating parts, ceramic rod

    High Temperature Resistant Boron nitride parts–crucible, Sintering Plate, insulating parts, ceramic rod

    Material structure of Boron Nitride (BN)

    Boron Nitride (BN) is a hexagonal crystal, which is commonly graphite lattice. There are also amorphous variants. In addition to the hexagonal crystal form, BN has other crystal forms, including rhombohedral BN, Cubic BN and Wurtzite type BN.

    Rhombohedral BN is also called r-BN or trilateral BN, whose structure is similar to h-BN and will be produced during the conversion of h-BN to c-BN.
    Cubic BN is abbreviated as c-BN, or | 3-BN, or z-bn that is sphalerite type BN with very hard texture.
    Wurtzite type BN is short for w—BN or h—BN, which is a hard state under high pressure.
    At present, two-dimensional BN crystals like graphite thin have also been found, such as two-dimensional crystal (MoS).

  • Customized Boron nitride ceramic products

    Customized Boron nitride ceramic products

    Material structure of Boron Nitride (BN)

    Boron Nitride (BN) is a hexagonal crystal, which is commonly graphite lattice. There are also amorphous variants. In addition to the hexagonal crystal form, BN has other crystal forms, including rhombohedral BN, Cubic BN and Wurtzite type BN.
    Rhombohedral BN is also called r-BN or trilateral BN, whose structure is similar to h-BN and will be produced during the conversion of h-BN to c-BN.
    Cubic BN is abbreviated as c-BN, or | 3-BN, or z-bn that is sphalerite type BN with very hard texture.l Wurtzite type BN is short for w—BN or h—BN, which is a hard state under high pressure.
    At present, two-dimensional BN crystals like graphite thin have also been found, such as two-dimensional crystal (MoS).

  • Boron nitride ceramic insulator

    Boron nitride ceramic insulator

    Boron nitride insulators have thermal stability, dielectric property, chemical stability and mechanical stability. The application of boron nitride products as insulating materials is relatively immature and perfect, which will inevitably bring about various problems and some limitations. However, as long as innovative methods are used to solve them, it will bring infinite surprises. For example, when the thin film of boron nitride products is used for heat dissipation, it is found that its thermal conductivity varies greatly in different directions. It hardly conducts heat in the direction perpendicular to the film, but diffuses heat horizontally along the film. Scientists use spark plasma sintering technology to convert hexagonal boron nitride product powder into solid particles, so that it has the same heat conduction and heat dissipation capacity in three-dimensional space, while still maintaining electrical insulation performance.

  • Customized ceramic parts

    Customized ceramic parts

    Alumina wear-resistant ceramic tiles, plates and sheets

    Alumina wear-resistant ceramic tiles, plates and sheets, ZTA tiles, wear-resistant pipe lining, cyclone lining, two-in-one/three-in-one ceramic vulcanized rubber plates, etc

  • Alumina ceramic membrane

    Alumina ceramic membrane

    Specification

    Filter caliber5.0um1.6um1.0um0.5um0.1um.

    Pore Size: 5.0um1.6um1.0um0.5um0.1um