Solutions for
Glass Industry

Float, tableware, container, fiberglass, fritt, pharm glass & specialty glasses.

100% Oxy-Fuel Combustion

Replace air fired burners with Oxy-fuel burners.

Cutting & Polish

By using oxy-H₂ or oxy-NG burners.

O.E.N.R.

Oxygen Enhanced NOx Reduction.

Oxy-Fuel Boosting

Auxiliary Oxy-fuel burners to deliver flexibilily.

Oxy-lancing

Auxiliary oxygen to increase pull rate or reduce flue gas volume.

Port Zero Boosting

Increase pull rate, improve glass quality, and reduce specific energy consumption.

Tin Bath Inerting

Typically 6-9% H₂ is added with N₂ to create controlled atmosphere.

Zero Port boosting to accelerate batch pileglazing

Accelerate the melting process. Improve glass quality. Increase pull rate. Decrease specific energy. Ability to rebalance airfuel system.

Gases we use

At Nippon Gases we use gases to find solutions to your company's problems. In the glass industry, we use mainly Oxygen for Oxy-fuel combustion is used on Glass Industry. On the other hand, Hydrogen and Nitrogen have impact on Tin bath inerting.

Oxygen

Oxygen improves the efficiency of various processes in different industries.

Argon

Learn more about the diverse applications of argon and how Nippon Gases offers innovative solutions.

Carbon Dioxide

All kinds of solutions,

Helium

Helium is a rare but special gas. This inert and light gas with high ionisation potential, is the smallest molecular gas among noble gases.

O₂

CO₂

Solutions forGlass Industry

Solutions for
Glass Industry