Ref. 10269

DIFUSER GAS LENS SR-9/20 2.0mm (2u)

10.95 € 10.950000000000001 EUR Precio con iva: 13.25 € 10.95 €

10.95 €



    📌 The 2.0 mm SR-9/20 Gas Lens Diffuser is your ideal ally when looking for greater arc stability and cleaner weld beads in TIG welding. Compatible with compact SR-9 and SR-20 torches, this consumable precisely directs the shielding gas through its internal mesh diffuser, creating an optimal environment for demanding materials such as aluminum and titanium. It enhances visibility, reduces gas consumption, and promotes high-quality finishes. Includes 2 units per blister. Welding with precision is easier with Solter!







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    Main Features: 3

    ✅ Guaranteed compatibility with SR-9 and SR-20: Designed for lightweight TIG torches, this diffuser is perfect for jobs where space and maneuverability are essential, such as repairs, thin structures, or hard-to-reach areas.

    ✅ 2.0 mm diameter: Ideal for more robust tungsten electrodes, enabling welds with greater thermal penetration without compromising arc stability.

    ✅ Professional Gas Lens technology: Its internal metal mesh creates a consistent, enveloping shielding gas flow, eliminating the turbulence typical of conventional diffusers.

    ✅ Extended electrode reach: The stabilized flow allows the electrode to extend beyond the nozzle without losing protection, improving arc visibility and making welding easier in hidden or complex geometry areas.

    ✅ Improved weld quality and appearance: Helps achieve wider, cleaner, and more aesthetic weld beads, especially on materials like stainless steel, aluminum, or titanium.

    ✅ Gas efficiency: Thanks to improved argon flow channeling, gas consumption can be reduced by up to 40%, optimizing resources in every weld.

    ✅ Double blister: Its 2-unit pack presentation ensures you always have a spare ready in the workshop or on-site.

    💡At Solter, every detail counts for the TIG professional. This diffuser combines technical efficiency, savings, and consistent performance for the most demanding jobs.

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