PURE STAINLESS 62, being largely inert (97.5%) is an asphyxiant and must not be breathed.
The Helium allows better heat transfer and the Carbon Dioxide reduces the spatter resulting in a superior weld and finish.
Suitable for, Gas Metal Arc Welding (GMAW) of Stainless Steel, Nickel and Duplex
Stainless steel alloys where controlled penetration, low spatter rates, weld
face appearance and high weld-metal integrity are of utmost importance.
Applications
Product overview
PURE STAINLESS 62 is a mixture of 62% Argon with 2.5% Carbon Dioxide with balance being Helium.
PURE STAINLESS 62, being largely inert (97.5%) is an asphyxiant and must not be breathed.
The Helium allows better heat transfer and the Carbon Dioxide reduces the spatter resulting in a superior weld and finish.
Suitable for, Gas Metal Arc Welding (GMAW) of Stainless Steel, Nickel and Duplex
Stainless steel alloys where controlled penetration, low spatter rates, weld
face appearance and high weld-metal integrity are of utmost importance.
Applications
Hazards
PURE STAINLESS 62, being 97.5% Argon & Helium (Both inert.), for all intents & purposes behaves as an inert gas if breathed, so it is effectively an asphyxiant.
In confined poorly ventilated spaces, if allowed to build up and displace the air being breathed, will in high concentrations cause asphyxiation.
Initial symptoms include loss of mobility followed by loss of consciousness.
The affected person will most likely neither sense nor be aware of this which makes it essential that such a situation is to be avoided.
It is however non-toxic and non-flammable.
Specifications |
G |
12 Pack |
Contents weight (m3) |
7.1 |
85.20 |
Cylinder water capacity (L) |
50 |
600 |
Cylinder pressure (@101 kPa @15°C) ** |
19000 |
19000 |
Cylinder colour |
Peacock blue (Black & brown shoulder bands on top) |
|
Cylinder connection type |
Type 10 |
The volume of the contained gas in the cylinders will be as specified in the above table.
**Cylinder contents pressure is referenced at 15 Deg Celsius. Hence, the pressure in the cylinders can vary depending upon the ambient temperature.
Storage Handling & Leaks
Handling leaks