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54C021 - Walter E-WELD Ceramic Coated MIG Nozzle Lincoln Style 250/350A 3/8 Inch Bore

Packaging: 2 per each
$23.76/ea $33.94/2 per each only $16.97/eaSave 29%

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SKU: 54C021 Categories: ,

OVERVIEW

Maximize Production Efficiency with Walter E-WELD Nozzles

In high-volume industrial welding environments, downtime is the enemy of profitability. The Walter 54C021 E-WELD Nozzle is engineered to combat one of the most common causes of welding interruptions: spatter build-up. Designed as a direct replacement for Lincoln style 250A and 350A MIG gun nozzles, this component features a revolutionary ceramic coating that fundamentally changes how spatter interacts with the nozzle surface. Unlike standard copper or brass nozzles that allow molten metal to adhere and bridge the opening, the E-WELD nozzle repels spatter, ensuring that gas flow remains unobstructed and production lines keep moving.

For MRO managers and procurement specialists, the value proposition is clear. A nozzle that lasts up to 5 times longer than standard OEM counterparts significantly reduces the frequency of purchase orders and inventory turnover. Furthermore, by eliminating the need for auxiliary anti-spatter gels, pastes, or sprays, you reduce the chemical footprint in your facility and simplify the welder's workflow. The 3/8-inch bore and S.1/4 configuration ensure compatibility with existing setups, making this a seamless upgrade for your welding operations. Invest in longevity and efficiency with Walter's advanced surface technology.

This nozzle is particularly effective in automated or robotic welding cells where nozzle cleaning stations can become bottlenecks. The self-cleaning nature of the ceramic coating means that often a simple tap is all that is needed to dislodge any accumulation, keeping the robot arc-on for longer periods. Reduce your total cost of ownership on consumables and improve the consistency of your output with the 54C021.

Additional Information
Packaging Description:2 per each
Product Type:Ceramic Coated Nozzle, MIG Nozzle
Amperage Rating:250A, 350A
Bore Size:3/8"
Style:Lincoln
Compatible Brand:Lincoln Electric
Material:Copper/Brass with Ceramic Coating
Coating Type:E-WELD Ceramic
Tip Relationship:S.1/4
Pack Quantity:1 per each
----- new values below ----
Compatible Brand:Lincoln Electric
Material:Copper/Brass with Ceramic Coating
Coating Type:E-WELD Ceramic
Tip Relationship:S.1/4
Pack Quantity:1 per each
Brand:Walter
Product Type:MIG Nozzle, Ceramic Coated Nozzle
Amperage Rating:250A, 350A
Bore Size:3/8"
Style:Lincoln

INCLUDED

  • 1 x Walter E-WELD Nozzle (Lincoln Style 250/350A, 3/8" Bore, S.1/4)

APPLICATIONS

  • MIG welding with Lincoln style 250A and 350A guns
  • High-spatter welding processes (Short Circuit MIG, Flux Core)
  • Automated and robotic welding cells
  • General fabrication and structural steel welding
  • Automotive and transportation equipment manufacturing
  • Heavy equipment repair and maintenance

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 nozzle (54C021) is designed for Lincoln style MIG guns rated for 250A to 350A. Please check your torch model to ensure compatibility.

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

Due to the non-stick coating, any spatter that does land on the nozzle usually does not bond and can be easily removed with a light tap or a soft brush. Avoid using harsh scraping tools that could damage the ceramic coating.

The 54C021 has a 3/8-inch bore diameter.

This refers to the nozzle's specific geometry regarding the contact tip relationship, typically indicating a specific stick-out or recess dimension (1/4 inch) standard for this Lincoln style configuration.

Yes, it is suitable for various MIG welding processes, including solid wire and flux-cored wire, where spatter generation can be an issue.

The coating is applied to the exterior and spatter-prone areas to prevent adhesion; the connection points remain conductive where necessary for proper seating, but the nozzle itself is electrically isolated from the workpiece by the gas cup design in standard MIG guns.