Inert gas welding - Import export

Mould parting agent for entire range of plastics processing if an adhesion-dependent further processing requiring silicone-free parting agent is carried out Welding parting agent for arc welding and inert-gas arc welding As nozzle spray for extended service life of welding nozzle and keeping nozzle opening clear on automatic welding units As workpiece protection against baking and burning on of weld spatters Advantages and benefits Silicone free release agent with high effective substances from renewable primary products Prevents from burning in of spatters at welding nozzles, on workpieces and robots and increases the lifetime of the welding torch Builts up an evenly thin, nearly dry film, no creation of pores Enables the fast change and cleaning of the welding nozzle Easily washable with OKS 2650 Additional painting, metallising and printing after prior degreasing without any difficulties possible

Protection of surfaces of all kinds and welding nozzles for oxyacetylene gas and inert-gas arc welding Prevents baking on of weld spatters on surface and welding nozzle Advantages and benefits Later painting over, metallising and printing following prior cleaning easily possible Environmentally friendly, non-combustible Silicone-free Can be removed residue-free

Piping and hoses, for example steel bottles, compressors, breathing devices, oxyacetylene gas and inert-gas arc welding devices and burners Fittings, flanges, valves, screwed connections, soldered and welded connections of pressure gas systems and lines Suitable for compressed air, refrigerant, acetylene, butane, natural gas, carbon dioxide, gaseous oxygen, propane, town gas, nitrogen, hydrogen and, ammonia Advantages and benefits Acts non-corrosive Allows direct visual inspection of the leakage point through bubble formation Tested by the DVGW in accordance with DIN EN 14291 Suitable for spraying overhead

Protection of surfaces of all kinds and welding nozzles for oxyacetylene gas and inert-gas arc welding Prevents baking on of weld spatters on surface and welding nozzle Advantages and benefits Later painting over, metallising and printing following prior cleaning easily possible Environmentally friendly, non-combustible Silicone-free Can be removed residue-free OKS 1600 is also suitable for use with the refillable Airspray system Also available as spray version OKS 1601

Leak detector high detection sensitivity for pressurised piping and containers, e.g. on compressors, steel bottles, fittings, shut-off valves, breathing devices, oxyacetylene gas and inert-gas arc welding devices, Bunsen burners, valves, screw fittings of compressed-air lines etc. Suitable for compressed air, refrigerant, acetylene, butane, natural gas, carbon dioxide, gaseous oxygen, propane, town gas, nitrogen, hydrogen and, ammonia Suitable for checking the safety of systems with combustible gases and for avoiding financial losses through unrecognized leaks Advantages and benefits Frost-proof to -15°C Saves energy and warns of gas loss Contains corrosion protection inhibitors Tested by the DVGW in accordance with DIN EN 14291 Non-combustible Economical in use

Mould parting agent for entire range of plastics processing if an adhesion-dependent further processing requiring silicone-free parting agent is carried out Welding parting agent for arc welding and inert-gas arc welding As nozzle spray for extended service life of welding nozzle and keeping nozzle opening clear on automatic welding units As workpiece protection against baking and burning on of weld spatters Advantages and benefits Silicone free release agent with high effective substances from renewable primary products Prevents from burning in of spatters at welding nozzles, on workpieces and robots and increases the lifetime of the welding torch Builts up an evenly thin, nearly dry film, no creation of pores Enables the fast change and cleaning of the welding nozzle Easily washable with OKS 2650 Additional painting, metallising and printing after prior degreasing without any difficulties possible

Tungsten inert gas (TIG) welding offers many advantages over other fusion welding methods, such as the complete absence of spatter and low welding-fume emissions. Since TIG welding uses a non-consumable electrode, the process is ideal for welding so-called root passes or in forced positions due to the decoupling of current and welding consumables.

• TIG welding: The letters TIG stand for tungsten inert gas welding and generally belong to the inert gas welding process. In this welding process, an arc burns between a tungsten electrode (non-consumable) and the workpiece. The electrode, the arc and the molten bath are protected from the atmosphere by an inert gas. • MIG / MAG welding: The letters MIG stand for metal inert gas, the letters MAG for metal active gas. This welding process is also part of the group of metal inert gas welding processes. In this welding process, a consumable wire electrode is fed continuously. The arc burns between the supplied wire and the workpiece. Throughout the welding process, the arc and the weld pool are protected by either an active gas (MAG process) or an inert gas (MIG process). This welding process can be used for a variety of materials and is also available for a large number of welding consumables.