LINER FOR WIRE TORCH MT5 TMA30 WIRE 1,0-1,2

Contact tip 1.00 mm (code 011507) for MIG/MAG torches, a consumable that guides the 1.00 mm diameter welding wire inside the torch, ensuring smooth, jam-free feeding of the wire.

Contact tip 0.8 mm CEA M8×34 for MIG/MAG torches, a spare part that allows smooth passage of the welding wire through the torch, ensuring precise feeding and reducing jams and friction.

The TMAX 200 torch body is a structural spare part for TMAX 200 series MIG/MAG/Multiprocess welding torches, designed to support and align the elements of the torch assembly internally (wire feed, gas passage, handle), ensuring stability, optimal shielding gas conduction and operating life. This component is essential for restoring or maintaining the efficiency of TMAX 200 torches subject to wear or damage from heavy use.

Contact tip 0.8 mm (code 011504) for MIG/MAG torches, a consumable that guides the 0.8 mm diameter welding wire inside the torch, ensuring smooth, jam-free feeding of the wire.

Contact tip 1.6 mm (code 012506) for MIG/MAG torch, a consumable that allows smooth feeding of the welding wire, preventing jams and ensuring continuity of work.

Bore Ø 12 mm nozzle for PLUS 14‑15 torches, a MIG/MAG spare part that ensures uniform distribution of the shielding gas and arc protection during welding.

Bore Ø 14 mm – length 71 mm nozzle for Maxi 250 / TMax 300 / TMax 3001 torches, a dedicated MIG/MAG spare part that ensures uniform shielding gas flow and protection of the welding arc for stable, high-quality results.

Contact tip 1.00 mm CEA M8×34 for MIG/MAG torches, a spare part that correctly guides the welding wire inside the torch, ensuring smooth feeding and reducing jams.

Contact tip 0.8 mm (code 014005) for MIG/MAG torch, a consumable that guides the 0.8 mm diameter welding wire inside the torch, ensuring smooth, jam-free feeding.

Conical nozzle Ø 16 mm (2 mm thickness) for air-cooled MIG/MAG torches, suitable for the PLUS 400/500 series and other similar torches, a spare part that ensures uniform shielding gas flow around the welding arc for more stable, cleaner results.