Skip to Main Content
Canadian
Canadian owned and operated

54C032 - Walter E-WELD Ceramic Coated Nozzle for Lincoln 250/350A - 1/2" Bore

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: 54C032 Categories: ,

OVERVIEW

Advanced Ceramic Protection for Industrial Welding

The Walter 54C032 E-WELD Nozzle represents a significant leap forward in MIG welding consumable technology. Designed specifically for high-volume industrial environments, this nozzle features a proprietary water-based ceramic coating that fundamentally changes how spatter interacts with the nozzle surface. Unlike standard copper or brass nozzles that allow hot spatter to fuse to the inner and outer walls, the E-WELD coating creates a thermal barrier that prevents adhesion. This innovation is particularly critical for automated or high-amperage applications where downtime for nozzle cleaning directly impacts production throughput.

Engineered to fit Lincoln Magnum 250 and 350 Amp style MIG guns, this nozzle features a 1/2-inch bore and a 1/8-inch contact tip recess, standard specifications for a wide range of fabrication tasks. The ceramic coating is applied to both the interior and exterior of the nozzle, ensuring comprehensive protection. By maintaining a clean bore, the nozzle guarantees consistent shielding gas coverage, which is essential for preventing porosity and ensuring weld integrity. The coating is also highly durable, capable of withstanding the intense heat of the welding arc without degrading or flaking off during standard operation.

The economic benefits of the Walter 54C032 are substantial. Industrial trials have demonstrated that these pre-coated nozzles can last up to five times longer than their uncoated OEM counterparts. This longevity translates to fewer interruptions for the welder, reduced inventory requirements for consumables, and lower overall operating costs. Furthermore, the elimination of mechanical scraping extends the life of the nozzle insulator and threads, preventing premature failure of the MIG gun front-end parts. For fabrication shops looking to optimize efficiency and weld quality, the Walter E-WELD nozzle is a superior choice.

Technical Specifications

  • Compatibility: Lincoln Magnum 250/350A Style
  • Bore Diameter: 1/2" (12.7mm)
  • Tip Recess: 1/8" (3.2mm)
  • Coating: E-WELD Water-Based Ceramic
  • Life Expectancy: Up to 5x Standard Nozzles
Additional Information
Packaging Description:2 per each
Product:Ceramic
Compatible Series:Lincoln Magnum 250, Lincoln Magnum 350
Bore Size:1/2"
Amperage Rating:250A, 350A
Coating Type:E-WELD Ceramic
Material:Brass, Ceramic Coating, Copper
----- new values below ----
Compatible Series:Lincoln Magnum 250, Lincoln Magnum 350
Bore Size:1/2"
Contact Tip Recess:1/8"
Amperage Rating:250A, 350A
Coating Type:E-WELD Ceramic
Material:Copper, Brass, Ceramic Coating
Brand:Walter
Product:Ceramic
Packaging Description:2 per each

INCLUDED

  • 2 x Walter E-WELD Ceramic Coated Nozzles (Lincoln Style 250/350A)

APPLICATIONS

  • MIG welding with Lincoln Magnum 250/350 style guns
  • High-spatter welding applications
  • Automated or robotic welding cells
  • General steel and stainless steel fabrication
  • Production welding environments requiring reduced downtime

FAQ

This nozzle is compatible with Lincoln Magnum 250 and 350 Amp style MIG guns.

The E-WELD ceramic coating creates a heat-resistant, non-stick barrier that prevents weld spatter from adhering to the nozzle, eliminating the need for scraping.

No, the pre-coated ceramic surface eliminates the need for additional anti-spatter compounds like gels or sprays.

The nozzle has a 1/2-inch (12.7mm) bore opening.

The contact tip is recessed 1/8-inch (3.2mm) inside the nozzle.

Walter E-WELD nozzles typically last up to 5 times longer than standard uncoated OEM nozzles due to their spatter resistance.

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

These nozzles are typically sold in packs of 2.