0700200069 - ESAB M6 x 28mm Contact Tip for 0.035" Wire (10-Pack)

Reliable Current Transfer for Precision Welding

The contact tip is arguably the most critical consumable in any MIG welding setup, serving as the final point of electrical transfer to the welding wire. The ESAB M6 x 28mm Contact Tip (SKU: 0700200069) is engineered to meet the rigorous standards of professional fabricators. Designed specifically for 0.035-inch (0.9mm) welding wire, these tips are manufactured with tight concentricity tolerances. This precision ensures that the wire remains centered within the gas stream, providing consistent weld bead profiles and reducing the likelihood of wandering arcs.

These contact tips feature a standard M6 thread, making them compatible with a broad range of ESAB equipment, including the widely used PSF and MXL series torches. The 28mm length is optimized to sit correctly within the gas nozzle, ensuring the wire stick-out is maintained at the correct distance for short-circuit or spray transfer modes. Using the correct length tip is vital for preventing gas turbulence and ensuring adequate shielding coverage of the weld pool.

Constructed from a high-quality copper alloy, these tips offer superior thermal and electrical conductivity. This material choice helps dissipate the intense heat generated during the welding process, prolonging the life of the tip and preventing the wire from fusing to the bore (burn-back). Over time, the bore of a contact tip will wear into an oval shape, leading to poor electrical contact and an unstable arc. By keeping a fresh pack of these genuine ESAB tips on hand, operators can quickly swap out worn components to maintain peak performance. This package contains 10 contact tips, providing excellent value and ensuring you are prepared for extended production runs.

Whether you are welding mild steel, stainless steel, or aluminum, the integrity of your electrical connection defines the quality of your work. Trusting genuine ESAB consumables ensures that your equipment operates exactly as the engineers intended, minimizing troubleshooting time and maximizing arc-on time.