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Quartz can be used in applications with working temperatures of up to 1100°C, conduction of UV and IR light, high resistance to mechanical and atmospheric pressure.

Quartz can be used in applications with working temperatures of up to 1100°C, conduction of UV and IR light, high resistance to mechanical and atmospheric pressure.

Quartz can be used in applications with working temperatures of up to 1100°C, conduction of UV and IR light, high resistance to mechanical and atmospheric pressure.

Quartz is a type of glass that enables the manufacture of the most varied geometric shapes such as visors, tubes, plates, wool, sintered/porous discs, double-distillers, crucibles, capsules, cups and toothpicks.


These products are manufactured with state-of-the-art technology that provides intrinsic technical characteristics far superior to flat glass (borosilicate).


Quartz products can therefore be used in applications that require a working temperature of up to 1100°C, conduction of UV and IR radiation and high resistance to mechanical and atmospheric pressures.

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