Exceptionally high impact resistance, heat resistance and thermal conductivityHigher heat resistance than lava nozzlesMost popular nozzle type in TIG weldingResist splatter build-upRecommended for most welding operations except for use in confined areas

Lava nozzles perform better in confined areas Less likely to crack during thermal expansion

Exceptionally high impact resistance, heat resistance and thermal conductivityHigher heat resistance than lava nozzlesMost popular nozzle type in TIG weldingResist splatter build-upRecommended for most welding operations except for use in confined areas

Lava nozzles perform better in confined areas Less likely to crack during thermal expansion

Exceptionally high impact resistance, heat resistance and thermal conductivityHigher heat resistance than lava nozzlesMost popular nozzle type in TIG weldingResist splatter build-upRecommended for most welding operations except for use in confined areas

Lava nozzles perform better in confined areas Less likely to crack during thermal expansion

Exceptionally high impact resistance, heat resistance and thermal conductivityHigher heat resistance than lava nozzlesMost popular nozzle type in TIG weldingResist splatter build-upRecommended for most welding operations except for use in confined areas

Lava nozzles perform better in confined areas Less likely to crack during thermal expansion

Exceptionally high impact resistance, heat resistance and thermal conductivityHigher heat resistance than lava nozzlesMost popular nozzle type in TIG weldingResist splatter build-upRecommended for most welding operations except for use in confined areas

Lava nozzles perform better in confined areas Less likely to crack during thermal expansion

Exceptionally high impact resistance, heat resistance and thermal conductivityHigher heat resistance than lava nozzlesMost popular nozzle type in TIG weldingResist splatter build-upRecommended for most welding operations except for use in confined areas

Lava nozzles perform better in confined areas Less likely to crack during thermal expansion