Lincoln Electric Co KH507 Welding Nozzle Gel 16 Oz

Product Description

The LINCOLN ELECTRIC CO KH507 is a 16-ounce welding nozzle gel formulated to reduce spatter buildup on MIG welding nozzles and contact tips. The gel works by coating the nozzle surface, creating a barrier that prevents spatter from adhering during semi-automatic and automatic welding processes. This helps extend the service life of consumable tips and nozzles, reducing downtime and replacement frequency. The formula contains no fluorocarbons, hydrocarbons, or silicones, and is classified as non-toxic and non-flammable, making it suitable for use in enclosed fabrication shops and field environments.

This gel is intended for use by welders and fabricators running MIG or other semi-automatic and automatic welding processes. Application is straightforward: dip the nozzle or tip directly into the gel before welding. It is compatible with all known semi-automatic and automatic welding equipment, making it a general-purpose solution across a wide range of wire-feed welding setups in both light manufacturing and heavy industrial environments.

Key Features

• 16-ounce container suitable for shop or field use
• Reduces spatter adhesion on nozzles and contact tips to extend consumable life
• Compatible with all known semi-automatic and automatic welding processes
• Non-toxic formula with no fluorocarbons, hydrocarbons, or silicones
• Non-flammable and environmentally safe for use in enclosed spaces
• Simple dip application — no brushes or additional tools required

Compatibility

Compatible with all known semi-automatic and automatic welding equipment and processes per manufacturer specifications.

Installation Notes

This product is applied by welders prior to running a weld pass — no special tools or certifications are required for use. Before dipping, ensure the nozzle has cooled sufficiently to avoid burns or gel degradation. Keep the container sealed when not in use to prevent contamination or evaporation. Dispose of used or contaminated gel in accordance with local environmental regulations.