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Commercial Grade Argon generally have moderate purity level.
Primarily, it used in varied industrial purposes, eg. TIG Welding.
We offer argon gas and liquid argon (Ar) in a variety of purities and concentrations. See the chart below and download the MSDSs for more information on buying argon gas and liquid argon fromTwo Star Gases.
| Sr. No. | Grade | Concentration |
|---|---|---|
| 1 | UHP (Ultra High Purity) Grade | >99.9995 |
| 2 | High Purity Grade (Grade-1) | >99.9991 |
| 3 | Commercial / Industrial Grade (Grade-2) | 99.995 |
Argon is widely used in various industries in varied applications. However, it is most commonly used for its Chemical property of inertness. Apart from this, Argon is used in scientific research, as preservative and in laboratory equipments. Argon is also used in TIG welding.
This grade argon is the least pure argon compared to other grades of argon gas. The Argon content of commercial grade argon comprises of 99.995%. Though, it is widely used in the process of TIG welding, yet, it is not recommended for laboratory purposes.
| Require Pressure | 140-150 Kg/Cm2( Variation + 5kg./ Cm2) 190-200kgs. |
|---|---|
| Color | PEACOCK BLUE |
| Chemical Name | AR |
| Indian Standard | IS: 5760 |
| Water Capcity | 47 LITRE |
Argon is a versatile industrial gas used in welding applications, such as the welding of specialty alloys, and in the production of light bulbs and lasers. As an inert gas, it can also be used to provide an oxygen- and nitrogen- free environment for heat treating processes.
Industrial autoclaves are pressure vessels used to process parts and materials that require exposure to elevated pressure and temperatures. The manufacturing of high-performance components from advanced composites often requires autoclave processing.
High temperature autoclaves are used to cure laminar composites for aerospace applications, but carbon-based laminar composites produce an off gas during the curing process. Nitrogen provides a safe, inert atmosphere that will sweep off gases from the furnace. Our carefully designed nitrogen supply systems provide high flow and pressure to the autoclave, resulting in a better-made product for your aircraft.
Argon is used in combination with other gases to weld auto parts, frames, mufflers and other automotive parts. It also provides an oxygen and nitrogen-free environment for annealing processes and is an essential component in airbags.
Customers today expect more from their cars — more power, more safety, more comfort — and less maintenance. And at Two Star Gases, we can help you exceed their expectations. Because when each auto part is manufactured well, your finished product delivers the perfect blend of engineering, safety and technology. And Two Star Gases can help you manufacture high quality parts for your automotive needs, from lighting and electronics to air bags and climate control.
Used to maintain temperature and consistency of composition, argon prevents oxidation during processing. It also flushes out carbon monoxide and reduces chromium losses during the Argon-Oxygen Decarburization stainless steel refining process.
Today, over 75% of the world’s stainless steel is made using the Argon Oxygen Decarburization (AOD) process invented by Two Star Gases. AOD provides an economical way to produce stainless steel with a minimal loss of precious elements. It is part of a duplex process in which scrap or virgin raw materials are first melted in an electric arc furnace (EAF) or induction furnace. The molten metal is then decarburized and refined in a special AOD vessel to less than 0.05% carbon. The key feature in the AOD vessel is that oxygen for decarburization is mixed with argon or nitrogen inert gases and injected through submerged tuyeres. This argon dilution minimizes unwanted oxidation of precious elements contained in specialty steels, such as chromium.
Argon is used to create an inert shield gas to enhance arc stability and characteristics of gas metal arc welding. It is also the primary gas for the Gas Tungsten Arc Welding (GTAW) process.
