Tel: +86-510-87330163

E-mail: hshightech@outlook.com

    Reaction Bonded Silicon Carbide Beam

    Reaction Bonded Silicon Carbide Beam

    Reaction Bonded Silicon Carbide Beam introduction This is reaction-bonded (silicon infiltrated) silicon carbide, being formed zero porosity by filling up open porosity with silicon metal (Si). Because of it's zero porosity characteristic, thermal conductivity is more than...

    Reaction Bonded SiC Beam

    Reaction Bonded SiC Beam

    Reaction Bonded SiC Beam introduction This is reaction-bonded (silicon infiltrated) silicon carbide, being formed zero porosity by filling up open porosity with silicon metal (Si). Because of it's zero porosity characteristic, thermal conductivity is more than twice of...

    Reaction Bonded SiC Materials Beam

    Reaction Bonded SiC Materials Beam

    Reaction Bonded SiC materials beam introduction This is reaction-bonded (silicon infiltrated) silicon carbide, being formed zero porosity by filling up open porosity with silicon metal (Si). Because of it's zero porosity characteristic, thermal conductivity is more than...

    SiSiC Cross Beam

    SiSiC Cross Beam

    SiSiC Cross Beam introduction This is reaction-bonded (silicon infiltrated) silicon carbide, being formed zero porosity by filling up open porosity with silicon metal (Si). Because of it's zero porosity characteristic, thermal conductivity is more than twice of Oxide...

    RBSiC Cross Beam

    RBSiC Cross Beam

    RBSiC Cross Beam introduction This is reaction-bonded (silicon infiltrated) silicon carbide, being formed zero porosity by filling up open porosity with silicon metal (Si). Because of it's zero porosity characteristic, thermal conductivity is more than twice of Oxide...

    SiSiC Square Beam

    SiSiC Square Beam

    SiSiC Square Beam introduction This is reaction-bonded (silicon infiltrated) silicon carbide, being formed zero porosity by filling up open porosity with silicon metal (Si). Because of it's zero porosity characteristic, thermal conductivity is more than twice of Oxide...

    RBSiC Square Beam

    RBSiC Square Beam

    RBSiC Square Beam introduction This is reaction-bonded (silicon infiltrated) silicon carbide, being formed zero porosity by filling up open porosity with silicon metal (Si). Because of it's zero porosity characteristic, thermal conductivity is more than twice of Oxide...

    SiSiC Beam Used for Sanitary Ware

    SiSiC Beam Used for Sanitary Ware

    SiSiC Beam used for sanitary ware introduction This is reaction-bonded (silicon infiltrated) silicon carbide, being formed zero porosity by filling up open porosity with silicon metal (Si). Because of it's zero porosity characteristic, thermal conductivity is more than...

    SiSiC Beam for Kiln Furniture

    SiSiC Beam for Kiln Furniture

    Sisic Beam For Kiln Furniture introduction This is reaction-bonded (silicon infiltrated) silicon carbide, being formed zero porosity by filling up open porosity with silicon metal (Si). Because of it's zero porosity characteristic, thermal conductivity is more than twice...

    SiSiC Beam Used for Tableware

    SiSiC Beam Used for Tableware

    SiSiC Beam used for tableware introduction This is reaction-bonded (silicon infiltrated) silicon carbide, being formed zero porosity by filling up open porosity with silicon metal (Si). Because of it's zero porosity characteristic, thermal conductivity is more than twice...

    Silicon Nitride Ceramic Stopper Pipe

    Silicon Nitride Ceramic Stopper Pipe

    Silicon Nitride Ceramic Stopper Pipe Introduction Featuring high density and abrasion resistance, fine silicon nitride ceramic is suitable material used for low pressure die casting. silicon nitride (Si3N4) sealing pipe/stopper pipe has the most favorable properties of...

    Stopper Pipe For Aluminum

    Stopper Pipe For Aluminum

    Stopper Pipe for Aluminum introduction High density and abrasion resistance, it is most suitable material used for low pressure die casting. The stopper pipe has the most favorable properties of protectiveness, impermeability and excellent precision. The life time of the...

First Prev 1234567 Next Last 1/18