Precision Gases for Superior Float Glass Production

During manufacturing, nitrogen is used to insert the glass. The gas enhances the purity levels during float glass production.

Compressed Nitrogen Gas, High Purity > 99.998%, Low Purity > 90%
Refrigerated Liquid Nitrogen, > 99.998%
Nitrogen Gas Argon Mixture, 1 ppm – 99.9%

LEARN MORE ->

An industrial gas with the power to improve productivity, oxygen is used to enhance combustion in glass furnaces, reduce NOx emissions and improve quality.

Compressed Oxygen Gas, High Purity > 99.5%, Low Purity > 90%
Refrigerated Liquid Oxygen, > 99.5%
Oxygen Gas Argon Mixture, 0.5 ppm – 99.9%

LEARN MORE ->

In float glass manufacturing, our hydrogen is used, along with other industrial gases, to reduce the atmosphere over the tin bath to prevent oxidation.

Compressed Hydrogen Gas,  > 99.95%
Refrigerated Liquid Hydrogen, > 99.95%

LEARN MORE ->

In float glass manufacturing, Ethylene is used to control the atmosphere in the tin bath, reducing oxidation and improving the quality of the glass surface.

Compressed Ethylene Gas, > 99.95%
Ethylene Gas Air Mixture, 1 ppm – 5%
Ethylene Gas Nitrogen Mixture, 1 ppm – 99.999%

LEARN MORE ->

In float glass manufacturing, Silane in Nitrogen is used as a surface treatment gas, enhancing the bonding properties of glass coatings and improving the quality of the final product.

Silane in Nitrogen, 1 ppm – 5%
Silane in Nitrogen, 5% – 10%

LEARN MORE ->

Hydrogen Chloride is used in the float glass process for cleaning, etching, and removing surface contaminants, ensuring a smooth and flawless glass surface.

Compressed Hydrogen Chloride Gas, > 99.99%
Hydrogen Chloride Gas Air Mixture, 1 ppm – 5%

LEARN MORE ->

Hydrofluoric Acid is essential for the etching and surface treatment of glass in float glass production, providing precision in glass surface quality and enhancing adhesion properties.

Compressed Hydrofluoric Acid Gas, > 99.99%
Hydrofluoric Acid Gas Air Mixture, 1 ppm – 5%

LEARN MORE ->