WELDINGER Argon 4.6 disposable protective gas bottle with 2.2 litres x 100 bar = 220 litres of pure argon Protective gas for TIG and MIG welding of stainless steel, aluminium and other materials Depending on the frame conditions, the inert gas indoors is sufficient for up to 36 minutes of welding time For removal, you need a pressure regulator M 10 x 1 for disposable bottles, which is also available from us › See more product details; Product description WELDINGER Argon 4.6 disposable protective gas cylinder for TIG and MIG welding of stainless steel, aluminium and other materials. Now 220L gas welding gas for TIG welding. For removal, you need a pressure regulator for disposable bottles (m10x1). We supply different models, please check which connection hose you have. These bottles are only available from us, we are not satisfied with what a 08/15 wholesale can supply us, we have produced for our customers! Container is under pressure. Protect from sunlight and temperatures above 50°C. Do not spray against flames or glowing bodies. Do not spray in open fire or on glowing surfaces. Keep out of reach of children. Important note: actual inert gas consumption is significantly affected by welding current strength, material, material thickness, the tungsten electrode used, its diameter, the size of the gas nozzle used and the pre/post flow time. For our 2 litre disposable bottle, according to the rule bottle contents /l due to gas consumption results in welding time for TIG welding: 220 litres: 6 l = 36 min; 220 litres: 7 l = 31 min; 220 l: 8 l = 28 min; 220 l: 9 l = 28 min. 4 min; 2 min20 L : 10 L = 22 min; 220 L : 11 L = 20 min; 220 L : 12 L = 18 min. Calculation without forward and post-flow time.; Product description WELDINGER Argon 4.6 disposable protective gas cylinder for TIG and MIG welding of stainless steel, aluminium and other materials. Now 220L gas welding gas for TIG welding. For removal, you need a pressure regulator for disposable bottles (m10x1). We supply different models, please check which connection hose you have. These bottles are only available from us, we are not satisfied with what a 08/15 wholesale can supply us, we have produced for our customers! Container is under pressure. Protect from sunlight and temperatures above 50°C. Do not spray against flames or glowing bodies. Do not spray in open fire or on glowing surfaces. Keep out of reach of children. Important note: actual inert gas consumption is significantly affected by welding current strength, material, material thickness, the tungsten electrode used, its diameter, the size of the gas nozzle used and the pre/post flow time. For our 2 litre disposable bottle, according to the rule bottle contents /l due to gas consumption results in welding time for TIG welding: 220 litres: 6 l = 36 min; 220 litres: 7 l = 31 min; 220 l: 8 l = 28 min; 220 l: 9 l = 28 min. 4 min; 2 min20 L : 10 L = 22 min; 220 L : 11 L = 20 min; 220 L : 12 L = 18 min. Calculation without forward and post-flow time.; WELDINGER Argon 4.6 disposable protective gas cylinder for TIG and MIG welding of stainless steel, aluminium and other materials. Now 220L gas welding gas for TIG welding. For removal, you need a pressure regulator for disposable bottles (m10x1). We supply different models, please check which connection hose you have. These bottles are only available from us, we are not satisfied with what a 08/15 wholesale can supply us, we have produced for our customers! Container is under pressure. Protect from sunlight and temperatures above 50°C. Do not spray against flames or glowing bodies. Do not spray in open fire or on glowing surfaces. Keep out of reach of children. Important note: actual inert gas consumption is significantly affected by welding current strength, material, material thickness, the tungsten electrode used, its diameter, the size of the gas nozzle used and the pre/post flow time. For our 2 litre disposable bottle, according to the rule bottle contents /l due to gas consumption results in welding time for TIG welding: 220 litres: 6 l = 36 min; 220 litres: 7 l = 31 min; 220 l: 8 l = 28 min; 220 l: 9 l = 28 min. 4 min; 2 min20 L : 10 L = 22 min; 220 L : 11 L = 20 min; 220 L : 12 L = 18 min. Calculation without forward and post-flow time.
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