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Silicon carbide heat exchange tube

  • Finished product characteristics

    ● High strength ● High hardness ● High wear resistance ● High temperature resistance ● High corrosion resistance, ● Good thermal and seismic resistance ● High thermal conductivity and high oxidation resistance, superior performance

  • Product characteristics

    The quality of SIC tubes has a significant impact on the tubular silicon carbide heat exchanger, using pressureless sintered silicon carbide material (SSiC) without free silicon. The tube type silicon carbide insert high-temperature heat exchanger is designed to replace metal heat exchangers, with shapes such as circular, square, U-shaped, etc. It can be customized according to customer needs.

  • Precision machining

    1. High purity silicon carbide powder

    2. Open mold processing: dry pressing, CIM injection molding, isostatic pressing.

    3. Appearance processing: surface grinding, outer diameter/inner diameter grinding, fine engraving machining, grinding, polishing grinding.

  • application area

    ● Crop protection ● Explosives ● Fine chemical products ● Active pharmaceutical ingredients ● Stainless steel pickling ● Flame retardant ● essence fragrance ● Vitamin ● Polycarbonate ● Coagulant ● Treatment, purification and concentration of waste acid ● Ultra pure acid manufacturing in electronic applications and other fields

  • Basic characteristic Main ingredient purity(wt%) 99
    colour black
    density(g/cm³) 1350
    hydroscopicity(%) 0
    Mechanical characteristic Modulus of elasticity GPa 450
    Compressive strength(MPa) 224
    Bending strength(MPa) 400
    Poisson's ratio 0.14
    Vickers hardness(GPa) 30
    Thermal characteristic Hottest operating temperature(℃) 1600
    Coefficient of thermal expansion(1/℃×10-6) RT~500℃ 3.9
    RT~800℃ 4.3
    Thermal conductivity(W/m x K) 40
    Thermal shock resistance△T(℃) 300
    Electrical characteristic Volume resistivity 25℃ 3x10 to the sixth power
    Dielectric constant 10GHz
    Customized process
    • 1

      By product

      Application requirement

    • 2

      Design and research

      Optimization scheme

    • 3

      Strict essence

      Precision drawing

    • 4

      piggyback

      Select ingredients

    • 5

      Multiple forming

      Fired blank

    • 6

      Grinding and polishing

      Precision machining

    • 7

      Multiple gage

      Professional survey

    • 8

      Qualified product

      Package and ship