Ceramic—Ideal for use with glass beads or any softer media. These nozzles are more durable than steel nozzles but less than carbide. They wear quickly when used with more aggressive blasting media such as Black Beauty grit, aluminum oxide grit, or steel shot.

Focused Airflow Pattern—Ideal for touch-ups and small areas when you don’t want to waste media or damage nearby surfaces. These nozzles blast media in a tight, concentrated stream.

Ceramic Alumina Nozzle—Kits with ceramic alumina nozzles are durable and economical—a good choice for most applications, although they do limit visibility, unlike glass. The nozzles thread directly onto the collet bodies.

Gas-Saving TIG Welding—Gas-saving nozzles include a gas diffuser, so they use less gas than standard nozzles but won't compromise the quality of your weld. The gas diffuser smooths the flow of shielding gas, so it goes where you want it and isn't wasted. Shielding gas prevents oxidation and pitting, which weaken welds. Having reliable gas coverage means your electrode can stick out farther and reach into tight spots while staying inside the cloud of gas.

For Narrow Gas Coverage—Narrow nozzles work well with most metals.

For Wide Gas Coverage—Wide nozzles spray a large cloud of shielding gas that helps with tough-to-weld metals, such as titanium and Inconel. Because of their size, they’re harder to fit into corners than standard nozzles.

Full Cone Airflow Pattern—The quickest way to blast a large area. These nozzles create a round spray that’s larger than focused nozzles for more coverage.

SiAlON Ceramic—The same durability as carbide nozzles with half the weight. Use them to reduce fatigue when you’re blasting for long periods. However, they are not as impact resistant as carbide when dropped or bumped.

Hourglass Bore—The bore accelerates media through these nozzles for a high-speed spray that can quickly strip even stubborn coatings, rust, and scale.