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

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

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

Performs well in confined areas where excessive heat is reflected back into the nozzleHigh impact resistance, heat resistance and thermal conductivityResists splatter buildup

Performs well in confined areas where excessive heat is reflected back into the nozzleHigh impact resistance, heat resistance and thermal conductivityResists splatter buildup

Performs well in confined areas where excessive heat is reflected back into the nozzleHigh impact resistance, heat resistance and thermal conductivityResists splatter buildup

Performs well in confined areas where excessive heat is reflected back into the nozzleHigh impact resistance, heat resistance and thermal conductivityResists splatter buildup

Perform well in confined areas where excessive heat is reflected back into the nozzle

Performs well in confined areas where excessive heat is reflected back into the nozzleHigh impact resistance, heat resistance and thermal conductivityResists splatter buildup

Performs well in confined areas where excessive heat is reflected back into the nozzleHigh impact resistance, heat resistance and thermal conductivityResists splatter buildup