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10N30 - ESAB 10N30 TIG Collet Body, .040" (1.0mm), 5-Pack

Packaging: 5 per ea
$8.58/ea $32.10/5 per ea only $6.42/eaSave 25%

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SKU: ESB10N30 Categories: ,

OVERVIEW

Precision TIG Consumables for Professional Applications

The ESAB 10N30 Collet Body is a critical component for maintaining the performance and precision of your TIG welding setup. Designed to interface seamlessly with 17, 18, and 26 series TIG torches, this collet body is engineered to hold .040" (1.0mm) tungsten electrodes securely. In the Gas Tungsten Arc Welding (GTAW) process, the collet body performs two essential functions: it secures the collet (which in turn grips the tungsten) and it transfers the welding current from the torch head to the electrode. Consequently, the material quality and machining precision of the collet body directly influence arc stability and electrical efficiency.

Manufactured from high-grade brass, the ESAB 10N30 offers excellent thermal and electrical conductivity. This ensures that the current transfer to the tungsten is consistent, minimizing resistance heating within the torch head that can lead to premature component failure. The brass construction also provides the necessary durability to withstand the thermal cycling inherent in welding operations. Over time, collet bodies can become deformed or clogged with spatter and contaminants, leading to poor gas coverage or unstable arcs. Regular replacement with high-quality consumables like the ESAB 10N30 is recommended to ensure optimal weld quality.

This product is supplied in a pack of five, providing welding professionals with necessary spares to minimize downtime. The 10N30 is a standard industry part number, ensuring broad compatibility across various torch brands that utilize the 17/18/26 form factor. Whether you are welding thin gauge stainless steel or precision aluminum components requiring a .040" electrode, this collet body provides the mechanical stability and electrical performance required for X-ray quality welds.

Proper installation involves threading the collet body into the torch head, inserting the matching collet, and then tightening the back cap. The gas cup (nozzle) then threads onto the collet body. Ensuring all threads are clean and components are hand-tightened correctly will prevent gas leaks and ensure efficient shielding gas coverage, which is vital for preventing oxidation and porosity in the weld pool.

Additional Information
Packaging Description:pack of 5
Brand:ESAB
Consumable Type:Collet Body
Tungsten Diameter:0.040" (1.0mm)
Torch Compatibility:17 Series, 18 Series, 26 Series
Material:Brass
Part Number:10N30

INCLUDED

  • 5 x 10N30 Collet Bodies (.040" / 1.0mm)

APPLICATIONS

  • Precision TIG welding on thin gauge materials.
  • Automotive fabrication and repair.
  • Aerospace component welding.
  • Artistic metalworking and sculpture.
  • Maintenance and repair operations (MRO).
  • Electronics and instrumentation welding.

FAQ

The 10N30 collet body is compatible with 17, 18, and 26 series TIG torches, which includes both air-cooled and water-cooled models.

This collet body is designed specifically for .040" (1.0mm) diameter tungsten electrodes.

Collet bodies should be replaced when the threads become damaged, the seating surface for the collet is worn, or if there is significant buildup of spatter or oxidation that affects conductivity or gas flow.

No, the 10N30 is a standard collet body. Gas lens collet bodies have a different part number structure (typically 45V series for these torches) and include a mesh screen for improved gas coverage.

No, you must match the collet body size to the tungsten diameter. For 3/32" tungsten, you would need a 10N32 collet body.

It is manufactured from high-quality brass to ensure good electrical conductivity and heat resistance.

No, this package contains only the collet bodies. The split collets (part number 10N22 for .040") are sold separately.

The collet body transfers the welding current from the torch to the collet and tungsten. Poor contact increases resistance, causing the torch to overheat and the arc to become unstable.