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Heat Treating

Industrial gases can be used to supplement or replace air-fuel combustion applications to increase heat transfer and result in more efficient heat treating of mineral products. Heat treating applications include annealing and tempering operations as well as other strengthening/toughening applications.

Other Applications

Product NameDescription/BenefitsDownloads
Gases

Heat Treating Atmospheres

Industrial gases such as oxygen and hydrogen can be used to supplement or replace air-fuel combustion applications to increase heat transfer and result in heat treating glass more efficiently. Heat treating applications include annealing and tempering operations as well as other glass strengthening/toughening applications.

Industrial gases such as oxygen and hydrogen can be used to supplement or replace air-fuel combustion applications to increase heat transfer and result in heat treating glass more efficiently. Heat treating applications include annealing and tempering operations as well as other glass strengthening/toughening applications.

Oxygen

Industrial gases such as oxygen and hydrogen can be used to supplement or replace air-fuel combustion applications to increase heat transfer and result in heat treating glass more efficiently. Heat treating applications include annealing and tempering operations as well as other glass strengthening/toughening applications.

Industrial gases such as oxygen and hydrogen can be used to supplement or replace air-fuel combustion applications to increase heat transfer and result in heat treating glass more efficiently. Heat treating applications include annealing and tempering operations as well as other glass strengthening/toughening applications.
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