We could hardly believe how much gas the Integra® e2 cylinder was able to save
Read how leading structure steel fabricators ZSB Constructies achieved both cost and environmental targets for their business with the Integra® e2 cylinder.
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How can you reduce costs without having to compromise on quality?
With a ground-breaking innovation designed specifically to reduce your gas consumption, and therefore, reduce your spend.
How does it work?
Keep Connected to Your Costs
Costs are not only tightly controlled by the gas consumption features of the Integra® e2 cylinder, digital communication technology allows you to understand your cylinder stock at the click of a button, for closer cost management:
- Protective valve guard
The ergonomic valve guard incorporates a rolling-knob and collar to make it easier to move the cylinder and place it onto your welding machine.
- Electronic contents indicator
Quickly see how much gas remains, even when the cylinder is not in use.
- Leak detection
One-touch is all it takes to test your welding machine and hoses for leaks.
Connected
Download the free app to manage inventory and view useful cylinder information from your smartphone.
Smaller, safer, lighter, quicker
This range of smaller, compact, 300 bar cylinders deliver safety, productivity and cost benefits. Integra® e2 cylinders have a built-in regulator, are easier to handle, last as long as conventional larger cylinders and reduce gas consumption and changeover times with the Integra® Flow Optimiser (IFO).
Welding Gases Range
Whether you are MIG, MAG or TIG welding carbon steel, stainless steel or aluminium we have a welding gas in the Integra® e2 cylinder for you.
Our Maxx® welding gases deliver the highest levels of performance - including better weld quality and faster welding speeds – to maximise productivity, reduce rejects and improve your working environment. The blue dot on the table below indicates the optimal gas for each application.
| MIG/MAG | TIG/PLASMA | |||||||||
| Carbon Steel | Stainless Steel | Aluminium & alloys | Carbon Steel | Stainless Steel | Aluminium & alloys | |||||
| Solid Wire | Cored Wire | Solid Wire | Cored Wire | |||||||
| Ferromaxx® Plus | M20ArHeC20/12 | (1) | ||||||||
| Ferromaxx® 7 | M24ArCO7/2.5 | |||||||||
| Ferromaxx® 15 | M24ArCO15/2.5 | |||||||||
| M21ArC20 | 20% CO2 in Argon | (1) | ||||||||
| M26ArCO20/2 | 20% CO2, 2% Oxygen in Argon | |||||||||
| Inomaxx® Plus | M12ArHeC35/2 | (2) | ||||||||
| Inomaxx® 2 | M12ArC2 | |||||||||
| Inomaxx® TIG | R1ArH2 | (3) | ||||||||
| Alumaxx® Plus | I3ArHe30 | |||||||||
| Argon Technical | I1Ar | |||||||||
- (1) Flux cored wires (slag forming)
- (2) Metal cored wires
- (3) Austenitic stainless steels only (eg. 300 series)
MIG-MAG
Ferromaxx® Plus M20 ArHe C20/12 Ferromaxx® 15 M24 ArCO 15/2.5 Ferromaxx® 7 M24 ArCO 7/2.5 M21ArC20 20% CO2 in Argon M26ArC020/2 20% CO2, 2% Oxygen in Argon Ferromaxx® Plus M20 ArHe C20/12 M21ArC20 20% CO2 in Argon Inomaxx® Plus M12 ArHeC 35/2 Inomaxx® 2 M12 ArC 2 Inomaxx® Plus M12 ArHeC 35/2 (1) Inomaxx® 2 M12 ArC 2 (1) Inomaxx® 2 M12 ArC 2 (2) (1) Flux cored wires (slag forming)
(2) Metal cored wires
Alumaxx® Plus I3 ArHe 30 Argon Technical I1 Ar
TIG/PLASMA
Alumaxx® Plus I3 ArHe 30 Argon Technical I1 Ar Inomaxx® TIG R1 ArH 2 (3) Alumaxx® Plus I3 ArHe 30 Argon Technical I1 Ar (3) Austenitic stainless steels only (eg. 300 series)
Alumaxx® Plus I3 ArHe 30 Argon Technical I1 Ar
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