Tig Collets & Collet Bodies

Virtually eliminates turbulence in the gas shielding stream as it emerges from the nozzleLong stable stream allows the electrode to be extended farther beyond the end of the nozzle for improved visibility of the weld zone

Stubby collet body, 0.040-1/8" (1.0-3.2 mm)For use with A-150, A-200, A-250, W-350, W-410, W-225 Modular, and W-500 Pencil Auto TIG Torches

Collet bodies screw into the TIG torchAccommodate various size tungsten and their respective collets

Virtually eliminates turbulence in the gas shielding stream as it emerges from the nozzleLong stable stream allows the electrode to be extended farther beyond the end of the nozzle for improved visibility of the weld zone

Industry standard partHigh quality

Virtually eliminates turbulence in the gas shielding stream as it emerges from the nozzleLong stable stream allows the electrode to be extended farther beyond the end of the nozzle for improved visibility of the weld zone

Collets directly hold the tungsten in place when you tighten the back cap and create the electrical contact necessary for good current transferThey are generally made of standard grade copper or tellurium copper

Allows use of smaller nozzle reducing the overall torch head length giving access to confined areas

Industry standard partHigh quality

Industry standard partHigh quality

Industry standard partHigh quality

Industry standard partHigh quality

Industry standard partHigh quality

Industry standard partHigh quality

Industry standard partHigh quality

Industry standard partHigh quality

Gas lenses provide a more efficient stream of shielding gas to the welding processThe gas lens virtually eliminates turbulence in the gas shielding stream as it emerges from the nozzleTwo-piece construction

Gas lenses provide a more efficient stream of shielding gas to the welding processThe gas lens virtually eliminates turbulence in the gas shielding stream as it emerges from the nozzleTwo-piece construction

Gas lenses provide a more efficient stream of shielding gas to the welding processThe gas lens virtually eliminates turbulence in the gas shielding stream as it emerges from the nozzleTwo-piece construction

Gas lenses provide a more efficient stream of shielding gas to the welding processThe gas lens virtually eliminates turbulence in the gas shielding stream as it emerges from the nozzleTwo-piece construction

Gas lenses provide a more efficient stream of shielding gas to the welding processThe gas lens virtually eliminates turbulence in the gas shielding stream as it emerges from the nozzleTwo-piece construction

Gas lenses provide a more efficient stream of shielding gas to the welding processThe gas lens virtually eliminates turbulence in the gas shielding stream as it emerges from the nozzleTwo-piece construction

Gas lenses provide a more efficient stream of shielding gas to the welding processThe gas lens virtually eliminates turbulence in the gas shielding stream as it emerges from the nozzleTwo-piece construction

Gas lenses provide a more efficient stream of shielding gas to the welding processThe gas lens virtually eliminates turbulence in the gas shielding stream as it emerges from the nozzleTwo-piece construction

Virtually eliminates turbulence in the gas shielding stream as it emerges from the nozzleLong stable stream allows the electrode to be extended farther beyond the end of the nozzle for improved visibility of the weld zone

Virtually eliminates turbulence in the gas shielding stream as it emerges from the nozzleLong stable stream allows the electrode to be extended farther beyond the end of the nozzle for improved visibility of the weld zone

Allows use of smaller nozzle reducing the overall torch head length giving access to confined areas

Virtually eliminates turbulence in the gas shielding stream as it emerges from the nozzleLong stable stream allows the electrode to be extended farther beyond the end of the nozzle for improved visibility of the weld zone

Virtually eliminates turbulence in the gas shielding stream as it emerges from the nozzleLong stable stream allows the electrode to be extended farther beyond the end of the nozzle for improved visibility of the weld zone

Collet bodies screw into the TIG torchAccommodate various size tungsten and their respective collets

Virtually eliminates turbulence in the gas shielding stream as it emerges from the nozzleLong stable stream allows the electrode to be extended farther beyond the end of the nozzle for improved visibility of the weld zone

Collets directly hold the tungsten in place when you tighten the back cap and create the electrical contact necessary for good current transferThey are generally made of standard grade copper or tellurium copper

Collets directly hold the tungsten in place when you tighten the back cap and create the electrical contact necessary for good current transferThey are generally made of standard grade copper or tellurium copper

Virtually eliminates turbulence in the gas shielding stream as it emerges from the nozzleLong stable stream allows the electrode to be extended farther beyond the end of the nozzle for improved visibility of the weld zone

Virtually eliminates turbulence in the gas shielding stream as it emerges from the nozzleLong stable stream allows the electrode to be extended farther beyond the end of the nozzle for improved visibility of the weld zone

Allows use of smaller nozzle reducing the overall torch head length giving access to confined areas

Virtually eliminates turbulence in the gas shielding stream as it emerges from the nozzleLong stable stream allows the electrode to be extended farther beyond the end of the nozzle for improved visibility of the weld zone

Collets directly hold the tungsten in place when you tighten the back cap and create the electrical contact necessary for good current transferThey are generally made of standard grade copper or tellurium copper