A noble gas 1.38 times heavier than air
The size and density of the argon molecule is what makes this element ideal for multiple uses.
1,3797
Relative density.
Inert gas also at high temperatures.
-186°C
Boiling point.
Uses
Argon can be used for particular inerting in the Pharma & Biotech Industry, for Automotive and Transportation, for protecting the melting bath generated in 3D printing processes or for the Metalfabrication Industry in welding processes needs among others.
Form of supply
Bundle
Package
Cylinder
Packaged
Dewar
Liquid
MicroBulk®
Liquid
EaseBulk®
Liquid/Packaged
Tank
Liquid
Testing
Related Gases
Argon for additive manufacturing
Thanks to its chemical-physical characteristics, it is the most used gas for all additive manufacturing processes, mostly for those materials that are particularly reactive with oxygen or other air components.
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Argon for welding
Inert gas, 1.38 times heavier than air. It has a low ionisation potential which facilitates the ignition and re-ignition of the arc, giving it a high stability, generating few fumes. Its low thermal input promotes conical penetration. Being heavier than air, it offers good air displacement. It is used as a base for welding mixtures.
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Argon for pharma & biotech
Compressed and liquid argon for special
processes.
Argon can be used for particular inerting
needs and in pressurisation of iophilisation process.
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processes.
Argon can be used for particular inerting
needs and in pressurisation of iophilisation process.