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796F75 - Weldcraft 796F75 Extra Long Lava Cup #4 (10-Pack)

Packaging: 10 per ea
$72.12/ea

Package Price:

$744.50/10 per ea

Usually ships within 3-5 business days

SKU: MIL796F75 Categories: ,

OVERVIEW

Weldcraft 796F75 X-Long Lava Nozzle #4 (1/4") - 10 Pack

The Weldcraft 796F75 X-Long Lava Nozzle is a specialized TIG welding consumable designed to solve one of the most common challenges in precision fabrication: accessing confined spaces without compromising shield gas coverage or nozzle durability. Manufactured from premium Lava material, these nozzles possess exceptional thermal resistance, making them uniquely suited for applications where excessive heat is reflected back into the nozzle assembly. Unlike standard alumina cups which may crack under specific high-heat reflection scenarios, lava material offers a robust alternative for demanding industrial environments.

This nozzle features a #4 orifice (1/4 inch), which provides a focused column of shielding gas, ideal for fine-detail work on thinner gauge materials or root passes in tight joints. The "X-Long" (Extra Long) form factor significantly extends the tungsten stick-out capability relative to the torch body, allowing the welder to manipulate the arc in deep crevices, corners, or inside pipe clusters where a standard nozzle would be obstructed. This extension is critical for maintaining visibility and arc control in complex geometries often found in aerospace, motorsports, and shipbuilding applications.

Compatibility is a key strength of the 796F75. It is engineered to fit a wide range of industry-standard TIG torches, specifically the 9, 20, 22, and 25 series. In the Miller/Weldcraft nomenclature, this includes the A-125, W-200 Pencil Flex, W-225 Pencil, W-250, W-280, W-310, and W-375 models, as well as automation torches like the A-150 and W-250 Automation. This broad compatibility makes it a versatile addition to any consumable inventory, ensuring that welders equipped with air-cooled or water-cooled torches in these series can utilize the extended reach when necessary.

Supplied in a pack of 10, these nozzles ensure that professional fabricators have a reliable supply on hand for production runs. Whether you are welding stainless steel manifolds, aluminum intake pipes, or intricate chromoly cages, the Weldcraft 796F75 provides the reach and thermal resilience required for defect-free welds in the most difficult-to-reach locations.

Additional Information
Packaging Description:10 in a pack, 10 PER EA
Brand:Weldcraft
Item:Nozzle Cup
Material:Lava
Nozzle Size:#4 (1/4")
Length Type:Extra Long
Torch Compatibility:20 Series, 22 Series, 25 Series, 9 Series, A-125, W-200, W-250
Application:Confined Spaces, High Heat

INCLUDED

  • 10 x Weldcraft 796F75 X-Long Lava Nozzles (#4, 1/4 inch)

APPLICATIONS

  • Confined space welding in aerospace and automotive industries
  • Deep groove or corner joints requiring extended tungsten stick-out
  • High-heat applications with significant reflective heat
  • Precision fabrication on stainless steel and aluminum
  • Shipbuilding and pipe welding in restricted access areas

FAQ

This nozzle fits 9, 20, 22, and 25 series TIG torches. This includes Miller Weldcraft models A-125, W-200, W-250, W-280, W-310, and W-375.

The nozzle is made of Lava, a material known for its high heat resistance and durability, especially in confined areas where heat is reflected back.

The #4 nozzle has an orifice diameter of 1/4 inch (approximately 6.4 mm).

An extra-long nozzle provides better reach into tight spaces, corners, and deep joints where a standard nozzle would be too bulky or short to allow proper torch positioning.

The Weldcraft 796F75 is sold in a package of 10 nozzles.

This specific part number is typically designed for use with standard collet bodies. Gas lens setups usually require different nozzle threads and shapes.

Yes, the nozzle itself is compatible with both AC and DC TIG welding processes, provided the torch setup is correct.

It generally uses the standard insulators associated with the 9/20 series torch bodies, but always check your specific torch diagram to ensure the correct stack-up.