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54C001 - Walter E-WELD Ceramic Coated MIG Nozzle for Lincoln 100L - 3/8 Inch Bore

Packaging: 2 per each
$20.40/ea $29.14/2 per each only $14.57/eaSave 29%

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SKU: 54C001 Categories: ,

OVERVIEW

Revolutionize Your Welding Efficiency with Walter E-WELD Nozzles

In the fast-paced world of industrial welding, downtime is the enemy of profitability. Every minute spent scraping spatter off a clogged nozzle is a minute not spent welding. Enter the Walter 54C001 E-WELD Nozzle, a game-changing innovation designed to keep your production line moving. This isn't just another replacement part; it is a productivity tool engineered to solve one of the most persistent headaches in MIG welding: spatter buildup.

The secret lies in Walter's proprietary E-WELD ceramic coating. Unlike standard copper nozzles that act as magnets for molten metal, this nozzle features a specialized shield that repels spatter before it can stick. This advanced technology means you can say goodbye to the constant cycle of stopping, scraping, and spraying. The coating is so effective that it eliminates the need for additional anti-spatter gels or dips, saving you money on consumables and keeping your workspace cleaner.

Designed specifically for Lincoln Style 100L MIG guns, this nozzle offers a perfect fit and seamless integration into your existing equipment. With a 3/8-inch bore, it ensures precise gas coverage for high-quality welds. The durability of the E-WELD Nozzle is unmatched, boasting a lifespan of up to five times longer than standard OEM nozzles. This longevity translates directly to reduced inventory costs and fewer interruptions for part changeovers.

Safety and sustainability are also at the forefront of this design. The unique ceramic coating is water-based and non-flammable, making it a safer choice for hot work environments. By reducing the frequency of nozzle replacements and eliminating chemical sprays, you are also reducing waste and environmental impact. Upgrade to the Walter 54C001 and experience the difference that smart engineering can make in your daily operations.

Additional Information
Packaging Description:2 per each
Product Type:MIG Nozzle
Compatibility:Lincoln Style 100L
Bore Size:3/8 inch
Coating Type:Ceramic, E-WELD
Material:Copper with Ceramic Coating
----- new values below ----
Coating Type:Ceramic, E-WELD
Material:Copper with Ceramic Coating
Spatter Resistance:High
Estimated Lifespan:Up to 5x Standard OEM
Brand:Walter
Product Type:MIG Nozzle
Compatibility:Lincoln Style 100L
Bore Size:3/8 Inch

INCLUDED

  • 1 x Walter E-WELD Ceramic Coated Nozzle (Lincoln Style 100L, 3/8" Bore, S.1/4 Configuration)

APPLICATIONS

  • General MIG/MAG welding fabrication
  • Automated and robotic welding cells
  • High-spatter welding processes (e.g., galvanized steel, flux-cored)
  • Automotive and transportation equipment manufacturing
  • Structural steel fabrication
  • Maintenance and repair operations (MRO)

FAQ

The ceramic coating creates a non-stick surface that repels molten spatter, preventing it from adhering to the nozzle. This keeps the gas flow unobstructed and significantly reduces the need for cleaning.

This specific nozzle is designed to be compatible with Lincoln Style 100L MIG guns. Please check your gun model to ensure fitment.

In most cases, no. The E-WELD ceramic coating is effective enough to eliminate the need for additional anti-spatter chemicals, saving you time and money.

The Walter E-WELD nozzle is engineered to last up to 5 times longer than standard OEM copper nozzles, depending on the welding parameters and application.

Yes, if any spatter does manage to stick, it is usually very loose and can be easily wiped away or tapped off without aggressive scraping that damages the nozzle.

Yes, the E-WELD coating is a water-based, non-flammable solution that does not emit harmful fumes associated with some chemical dips.

This nozzle features a 3/8-inch bore opening.

The nozzle body is copper, ensuring proper grounding if touched to the work (though nozzles are generally electrically isolated in the gun). The coating is primarily on the surface to repel spatter and does not interfere with the welding arc.

CATALOGUE & SPEC SHEETS

Spec Sheet