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Quartz Gooch Crucible

$ 38.09$ 65.30

Processing Time : 3 To 5 Business Days

For Backorders: 2 -3 weeks

Ships from Mumbai Warehouse
Country of Origin: India

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  • Description

    Quartz Gooch Crucible can be transparent or milky white. These gooch crucibles can withstand up to 1100 degree centigrade. It is most important to note that quartz gooch can withstand very high thermal shock (1000 degree centigrade to room temperature).

    The quartz gooch crucibles are obtained through different types of raw materials because that includes natural or synthetic quartz sand. These are highly resistant to thermal shock due to the extremely low coefficient of thermal expansion because they have excellent electrical strength that offers stability under temperature variation.

    Our range of Quartz Gooch Crucible is developed in our company by using high purity fused quartz as raw material and fabricating with advanced ceramic technology.

    Thermal Properties of Quartz Gooch Crucible

    Thermal Conductivity 1.38(W/m°K)
    Coefficient Of t\Thermal Expansion(0~1000 °C) 0.55(10 -6/ °C)
    Normal Operating Temperature (Continuous Usage) ~1050 °C
    Normal Operating Temperature (Non Continuous Usage) ~1250 °C
    Strain Point ~1075 °C
    Annealing Point ~1180 °C
    Hot Pressing Temperature ~1700 °C – 2100 °C
    Devitrification Temperature  Starting at ~1000 ° C. high temperature accelerates Devitrification, especially with surface contaminants such as alkaline solution, salts and vapours.

    Physical Properties of  Quartz Gooch Crucible

    Units of Measure Value
    Density gm/cc (lb/ft3) 2.2
    Porosity %(%) 0
    Tensible Strength 106 Pa 48.3
    Young’s Modulus 106 Pa 71.7
    Hardness kg/mm2 600
    Thermal Conductivity W/m°K 1.38
    Coefficient of Thermal Expansion 10-6/°C 0.55
    Specific Heat J/Kg°K 740
    Dieletric Strength Ac-kv/mm (volts/mil)  30
    Dieletric Constant @1MHz 3.82
    Index of refraction @ 587.6nm 1.4585

    Quartz Low Form Crucible

     DATASHEET (PDF – 173 KB)     BROCHURE (PDF – 16.5 MB)

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