796F76 - Weldcraft 796F76 Extra Long Lava TIG Nozzle #5 (10-Pack)

High-Performance Heat Resistance with Weldcraft Lava Nozzles

The Miller Weldcraft 796F76 is a premium TIG welding nozzle engineered for specific high-heat applications. Unlike standard alumina ceramic cups, this nozzle is crafted from Lava, a machinable ceramic material known for its exceptional electrical insulation and high heat tolerance. This material choice is critical when working in confined areas—such as inside corners, narrow pipe gaps, or complex machinery—where the heat from the arc is reflected off the base metal and back onto the torch front end. Standard nozzles can crack under this thermal stress, but the 796F76 is built to withstand it, ensuring consistent performance and longevity.

Extended Reach for Precision Welding
The "X-Long" form factor of this nozzle is a game-changer for precision fabrication. By extending the distance between the torch head and the workpiece, it provides the welder with better visibility and access to joints that would be impossible to weld with a standard length cup. The #5 size (5/16-inch / 7.9mm) bore creates a tight, columnar gas flow pattern, which is essential for maintaining adequate shielding gas coverage when the nozzle is extended further from the gas lens or collet body. This precise gas delivery helps prevent porosity and oxidation in the weld metal.

Seamless Compatibility
Designed for professional versatility, the 796F76 fits the industry-standard "small" front-end torches. It is fully compatible with:

• WP-9 Series: Air-cooled torches (125A)
• WP-20 Series: Water-cooled torches (250A)
• WP-25 Series: Water-cooled flexible neck torches
• WP-22 Series: Specialized torches

This nozzle attaches securely to standard collet bodies, making it a drop-in replacement for your existing setup. It does not require a gas lens adapter, although checking your specific torch configuration is always recommended. Sold in packs of 10, the Weldcraft 796F76 ensures that professional welders are equipped to handle the toughest, hottest, and most restricted welding environments without interruption.