CERAMIC CUP

10N NO8 Durable ceramic cup designed for TIG welding torches for effective gas shielding.

CERAMIC CUP

The Ceramic Cup 13N for WP9FV is a durable, high-quality component designed to protect the tungsten electrode and ensure stable, precise arcs during TIG welding.

CERAMIC CUP

The Ceramic Cup 13N for WP9FV is a high-quality, heat-resistant accessory that provides optimal shielding and protection for the tungsten electrode during TIG welding.

CERAMIC CUP

The Ceramic Cup 13N for WP9FV is a durable, heat-resistant component designed to provide optimal shielding and protection for the tungsten electrode during TIG welding.

CO2 CUP

The CO2 Cup 15AK is a durable, high-performance component designed to provide effective shielding gas coverage, ensuring stable and clean welds in CO2 welding applications.

CO2 CUP

The CO2 Cup 24KD is a high-quality, durable component designed to deliver efficient shielding gas coverage for stable and precise CO2 welding.

CO2 CUP

The CO2 Cup 36KD is a durable, high-performance component designed to provide optimal shielding gas coverage, ensuring clean and stable welds in CO2 welding applications.

CO2 DIFUSER

The CO2 Diffuser is a high-quality component designed to evenly distribute CO2 gas during welding, ensuring stable arcs and clean, precise welds.

CO2 INSULATOR WITH RING

The CO2 Insulator with Ring is a durable, heat-resistant component designed to provide effective insulation and protect the torch during CO2 welding.

CO2 LINER (3M to 5M)

The CO2 Liner (3M to 5M) BINZEL is a durable and reliable solution for CO2 containment, offering high resistance to pressure, corrosion, and leaks for industrial and medical applications.

CO2 LINER (3M to 5M)

The CO2 Liner (3M to 5M) is designed for secure containment and transport of CO2 gas in various industries, offering durability and leak protection. Ideal for long-term storage and use.

CO2 NECK

The CO2 Neck 36KD is a high-quality, durable component designed to ensure efficient CO2 gas flow for stable and clean welding results in CO2-based processes.