0910-0094 - Victor Brass Inlet Connection 1/4 NPT x 1/8 NPT with Flow Restrictor

Stabilize Your Shielding Gas Flow

Every welder knows that consistent shielding gas coverage is the key to a porosity-free weld. The Victor 0910-0094 Inlet Connection is more than just a brass fitting; it is a tool to help you manage your gas usage and improve weld quality. This adapter features a built-in flow restrictor, a small but mighty feature that prevents the sudden 'whoosh' of gas—known as gas surge—that often happens when you first pull the trigger on your MIG gun or TIG torch. By limiting this initial burst, this fitting helps stabilize the arc start and saves you money on wasted argon or CO2 mix over the life of the cylinder.

This part is a genuine Victor replacement, meaning it is machined to exact tolerances for a perfect fit. It connects a 1/4-inch NPT port to a 1/8-inch NPT port, both with male threads. This specific configuration is often found on regulator inlets or internal connections within gas delivery systems. Because it is made from solid brass, it stands up to the wear and tear of the shop environment, resisting rust and stripping better than cheaper aluminum or steel alternatives. When you are repairing a regulator or setting up a custom gas line, using the right adapter ensures you don't have leaks that can contaminate your weld zone.

Installing the 0910-0094 is straightforward for anyone familiar with gas equipment. Simply apply a gas-rated thread tape or sealant to the threads, screw it into place, and tighten it down to create a secure seal. It is an essential spare part for shop managers and equipment repair specialists who want to keep their Victor regulators running like new. Don't let worn-out threads or erratic gas flow ruin your bead; upgrade your connection with this high-quality brass restrictor.

Whether you are working in a heavy fabrication shop or a precision TIG booth, having control over your consumables is critical. This Victor inlet connection gives you that control, ensuring that your expensive shielding gas goes into the weld puddle where it belongs, rather than being blown away in a wasteful surge.