Schedule: Upon request
Description:
In metal protective gas welding, the arc is used both for melting the base material and for melting off the endless wire electrode, whereby the introduced protective gas protects the welding pool from the atmosphere.
Schedule: Upon request
Description:
In metal inert gas welding, the arc is used both for melting the base material and for melting off the endless wire electrode, whereby the introduced inert protective gas protects the welding pool from the atmosphere.
Schedule: Upon request
Description:
In tungsten inert gas welding, the arc is ignited between the non-melting tungsten electrode and the work piece, whereby the filler material is introduced manually. The inert protective gas protects the welding pool from the atmosphere.
Schedule: Upon request
Description:
In tungsten inert gas welding, the arc is ignited between the non-melting tungsten electrode and the work piece, whereby the filler material is introduced manually. The inert protective gas protects the welding pool from the atmosphere.
Schedule: Upon request
Description:
In tungsten inert gas welding, the arc is ignited between the non-melting tungsten electrode and the work piece, whereby the filler material is introduced manually. The inert protective gas protects the welding pool from the atmosphere.
Schedule: Upon request
Description:
In manual arc welding, the arc is used both to melt the base material and to melt off the filler material. The cinder-forming sheath around the self-melting electrode protects the welding pool from the atmosphere.
Schedule: Upon request
Description:
In manual arc welding, the arc is used both to melt the base material and to melt off the filler material. The cinder-forming sheath around the self-melting electrode protects the welding pool from the atmosphere.
Schedule: Upon request
Description:
In gas fusion welding, the welding heat is produced by an acetylene-oxygen flame and the filler material is introduced manually.
Schedule: Upon request
Description:
This course in compliance with ÖVGW GW 52 is directed at people seeking training and testing as a plastic gas and/or water pipe installer. The focus is placed on special characteristics and regulations associated with pipe installation.
Schedule: Upon request
Description:
In addition to welding, hard soldering plays an important role primarily in connection with copper and copper alloys, such as in the manufacturing of refrigeration plants and heat pumps.
In applications according to the Pressurized Equipment Directive / Pressurized Equipment Ordinance, both the solderer and the process must be tested as of category II.