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    LW1720-01

    Crucible, Gooch (Filtration) 25mL with Lid

    LW1722-01

    Crucible, Gooch (Filtration) 30mL with Lid

    LW1724-01

    Crucible, Gooch (Filtration) 35mL with Lid

    LW1726-01

    Crucible, Gooch (Filtration) 40mL with Lid

    LW1728-01

    Crucible, Gooch (Filtration) 50mL with Lid

    LW1737-01

    Crucible, Nickel, 99% Pure, 15mL with Lid

    99% Pure Nickel. Remaining 1% is made up of trace alloys including copper.

    27.3mm high x 32mm top diam.

    0.4mm thick approx.


    The melting point for a nickel crucible is around 700 deg C. Temperatures above this will result in the crucible oxidizing.

    A Nickel crucible is suitable to melt the following: Sodium hydroxide, Sodium carbonate, Sodium hydrogen carbonate

    A Nickel crucible is not suitable to melt the following: Potassium sulphate, Sodium hydrogen sulphate, Potassium bisulfate, Pyrosulfates, Borax (Sodium tetraborate decahydrate)

    The following metals should not be used with/in nickel crucibles as they cause oxidation and damage: Aluminum, Zinc, Lead, Tin, Mercury

    LW1747-01

    Crucible, Nickel, 99% Pure, 25mL with Lid

    99% Pure Nickel. Remaining 1% is made up of trace alloys including copper.

    41mm high x 36 mm top diam. x 26mm bottom diam.


    The melting point for a nickel crucible is around 700 deg C. Temperatures above this will result in the crucible oxidizing.

    A Nickel crucible is suitable to melt the following: Sodium hydroxide, Sodium carbonate, Sodium hydrogen carbonate

    A Nickel crucible is not suitable to melt the following: Potassium sulphate, Sodium hydrogen sulphate, Potassium bisulfate, Pyrosulfates, Borax (Sodium tetraborate decahydrate)

    The following metals should not be used with/in nickel crucibles as they cause oxidation and damage: Aluminum, Zinc, Lead, Tin, Mercury

    LW1757-01

    Crucible, Nickel, 99% Pure, 50mL with Lid

    99% Pure Nickel. Remaining 1% is made up of trace alloys including copper.

    47mm high x 45mm top diameter


    The melting point for a nickel crucible is around 700 deg C. Temperatures above this will result in the crucible oxidizing.

    A Nickel crucible is suitable to melt the following: Sodium hydroxide, Sodium carbonate, Sodium hydrogen carbonate

    A Nickel crucible is not suitable to melt the following: Potassium sulphate, Sodium hydrogen sulphate, Potassium bisulfate, Pyrosulfates, Borax (Sodium tetraborate decahydrate)

    The following metals should not be used with/in nickel crucibles as they cause oxidation and damage: Aluminum, Zinc, Lead, Tin, Mercury

    LW1758-01

    Crucible, Nickel, 99% Pure, 70mL with Lid

    99% Pure Nickel. Remaining 1% is made up of trace alloys including copper.

    47mm high x 45mm top diameter


    The melting point for a nickel crucible is around 700 deg C. Temperatures above this will result in the crucible oxidizing.

    A Nickel crucible is suitable to melt the following: Sodium hydroxide, Sodium carbonate, Sodium hydrogen carbonate

    A Nickel crucible is not suitable to melt the following: Potassium sulphate, Sodium hydrogen sulphate, Potassium bisulfate, Pyrosulfates, Borax (Sodium tetraborate decahydrate)

    The following metals should not be used with/in nickel crucibles as they cause oxidation and damage: Aluminum, Zinc, Lead, Tin, Mercury