Find the recommended application that best matches your production facility and operation.
Industrial gases and cost-effective technologies for heating/reheating applications at iron and steel plants.
Industrial gases and cost-effective technologies for inerting, stirring and refining operations at iron and steel plants.
Industrial gases and cost-effective technologies for heating/reheating applications at iron and steel plants.
Industrial gases and cost-effective technologies for inerting, stirring and refining operations at iron and steel plants.
Industrial gases and cost-effective technologies for melting and refining operations at iron and steel plants.
Industrial gases and cost-effective technologies for inerting, stirring and refining operations at iron and steel plants.
Industrial gases and cost-effective technologies for melting and refining operations at iron and steel plants.
Aluminum coil annealing with a nitrogen atmosphere eliminates the risk of explosion due to volatilization of rolling oils.
Nitrogen can be used for die shrouding in aluminum extrusion processes to inert the extrusion surface to extend die life and increase production.
In addition to traditional gas applications for melting and refining of metals, other operations throughout the plant are often amenable to heating with oxy-fuel or oxygen enrichment.
Industrial gases and expertise for a wide range of inerting, stirring, and refining applications used in the production of non-ferrous metals.
In addition to traditional gas applications for melting and refining of metals, other operations throughout the plant are often amenable to heating with oxy-fuel or oxygen enrichment.
Industrial gases and expertise for a wide range of inerting, stirring, and refining applications used in the production of non-ferrous metals.
Our oxy-fuel technologies allow non-ferrous melting operations to use less fuel, achieve higher production rates, and reduce flue gas and particulate carry over.
Industrial gases and expertise for a wide range of inerting, stirring, and refining applications used in the production of non-ferrous metals.
Our oxy-fuel technologies allow non-ferrous melting operations to use less fuel, achieve higher production rates, and reduce flue gas and particulate carry over.
Industrial gases are used in a wide range of applications for metal extraction and refining processes.
Air Products Gase, die in der Regel in gasförmiger und flüssiger Form angeboten werden, ermöglichen Kunden in einer Vielzahl von Branchen, ihre Umweltleistung, Produktqualität und Produktivität zu verbessern.
Argon, ein inertes Gas, wird häufig bei Anwendungen in der Metallproduktion eingesetzt, um die Qualität zu verbessern und die Effizienz und den Ertrag zu steigern.
Das Gas wird wegen seiner reaktiven und schützenden Eigenschaften geschätzt und in Branchen wie Elektronik, Lebensmittel, Glas, Chemie, Raffinerien und vielen anderen verwendet. Sie können von den einzigartigen Eigenschaften profitieren, um die Qualität zu verbessern, die Leistung zu optimieren und Kosten zu senken.
Stickstoff wird routinemäßig in Gießereien, Mini Mills und bei der Herstellung von Spezialstahl, Edelstahl und Nichteisenmetallen eingesetzt.
Sauerstoff kann die Verbrennung durch eine erhöhte Wärmeübertragung, höhere Flammentemperaturen und eine geringere Menge an Brenngasen in der Metallproduktion verbessern.
Air Products offers thousands of products and services to a variety of different industries. This scope and experience has enabled us to develop a deeper understanding of the demands of these industries, and of your particular needs.
We have provided information most relevant to you within this industry section, but you may find information in other related industries of interest as well. The attached list is provided as a convenience for you or you can click on “Industries” in the top navigation for a full listing.