Skip to Main Content
Canadian
Canadian owned and operated

54C242 - Walter E-WELD Nozzle - Tregaskiss Style T-Lock - 5/8 Inch Bore - 1/8 Inch Recess

Packaging: 2 per each
$26.40/ea $37.72/2 per each only $18.86/eaSave 29%

Usually ships within 3-5 business days

SKU: 54C242 Categories: ,

OVERVIEW

Advanced Ceramic Coated MIG Consumable

The Walter 54C242 E-WELD Nozzle represents a significant leap in welding consumable technology, specifically designed to address the perennial issue of spatter buildup in MIG welding operations. This nozzle is engineered to be fully compatible with Tregaskiss T-Lock style systems, featuring a standard 5/8-inch bore and a 1/8-inch contact tip recess. The defining feature of this product is its proprietary ceramic coating, which is applied to the exterior and interior surfaces of the nozzle. This advanced coating creates a robust, heat-resistant barrier that effectively repels molten spatter, preventing it from fusing to the nozzle walls.

In industrial environments where uptime is critical, the E-WELD Nozzle offers a tangible return on investment. Standard copper or brass nozzles often require frequent mechanical cleaning or chemical dips to maintain gas flow. By contrast, the 54C242 resists obstruction, ensuring consistent shielding gas coverage and reducing the risk of porosity in the weld pool. The ceramic shield allows the nozzle to withstand high-amperage heat without degrading, extending its operational lifespan by up to five times compared to uncoated OEM alternatives. This durability translates directly to reduced inventory costs and fewer interruptions during production runs.

Furthermore, the 54C242 eliminates the need for secondary anti-spatter solutions such as gels, pastes, or sprays, which can introduce contaminants into the weld if not managed correctly. The nozzle arrives ready to use, requiring no drying time or preparation. It is an ideal solution for high-volume fabrication shops, robotic welding cells, and any application where efficiency and weld quality are paramount. By maintaining a clean gas path, the nozzle supports stable arc characteristics and superior bead aesthetics.

Additional Information
Packaging Description:1 per each, 2 per each
Product:MIG Nozzle
Compatible Series:Tregaskiss T-Lock
Bore Size:5/8"
Coating Type:Ceramic (E-WELD)
Material:Copper/Brass with Ceramic Coating
----- new values below ----
Compatible Series:Tregaskiss T-Lock
Bore Size:5/8"
Contact Tip Recess:1/8"
Coating Type:Ceramic (E-WELD)
Material:Copper/Brass with Ceramic Coating
Lifespan:Up to 5x Standard Nozzles
brand:walter
product:mig-nozzle
packaging-description:1-per-each

INCLUDED

  • 1x Walter E-WELD Ceramic Coated MIG Nozzle (Tregaskiss Style, 5/8" Bore, 1/8" Recess)

APPLICATIONS

  • MIG (GMAW) welding operations using Tregaskiss style guns
  • High-volume production welding
  • Robotic and automated welding cells
  • Flux-cored arc welding (FCAW) where spatter is prevalent
  • Heavy fabrication and structural steel welding
  • Automotive and transportation manufacturing

FAQ

The E-WELD nozzle is pre-coated with a proprietary ceramic formula that prevents spatter from adhering to the surface, allowing it to last up to 5 times longer than standard uncoated nozzles.

This specific model (54C242) is compatible with Tregaskiss T-Lock style MIG gun systems. Please check your gun's manual to confirm it uses T-Lock consumables.

No, the ceramic coating eliminates the need for additional anti-spatter sprays, gels, or dips, saving you time and reducing chemical usage.

Because the spatter does not fuse to the ceramic coating, it can typically be removed easily with a gloved hand or a light tap. Avoid using harsh abrasive tools that might chip the ceramic coating.

This nozzle has a 5/8-inch bore opening and provides a 1/8-inch contact tip recess.

Yes, it is excellent for robotic applications because the reduced spatter buildup minimizes the frequency of nozzle cleaning cycles, improving overall cell efficiency.

The ceramic coating is electrically insulating, which can help prevent short circuits if the nozzle accidentally touches the workpiece.

The coating is durable and designed to withstand high heat, but like all consumables, it will eventually wear. However, it significantly outlasts standard copper nozzles before needing replacement.