Argon is primarily obtained as a byproduct during the fractional distillation of liquid air, a process used to produce oxygen and nitrogen. It is separated due to its distinct boiling point. It is non-toxic and safe for most uses, and are widely available and cost-effective due to its atmospheric abundance.
| Chemical Name | Property | Purity | Supply Package Parameters
(Under 21.1℃） |
|||
| Valve | Capacity (L) |
Pressure
(psig) |
Gas Volume |
|||
| Argon | colorless, odorless, and inert noble gas | 99.9995% | CGA580/DISS-719 | 44 | 2200 | 6m³ |
Used together with high-purity helium and high-purity carbon dioxide as laser gas for laser cutting machines
Primarily used in welding such as stainless steel, aluminum alloy and cooper alloy, stainless steel manufacturing, metallurgy.
Such as chemical vapor deposition, crystal growth, thermal oxidation, epitaxy, diffusion, polycrystalline silicon, tungstenization, ion implantation, carrier flow, sintering, and more.
For instruments like ICP and gas chromatographs, as well as for standard gases, balance gases, zero-grade gases, etc.
