Miller SAR Hose Socket 1/4-inch Industrial Interchange (2-Pack)

Secure Your Breathing Air Supply

When you are under the hood for hours at a time, relying on a Supplied Air Respirator (SAR) to keep you safe from fumes and particulates, the last thing you want to worry about is a leaky connection. Your air hose is your lifeline, and the fittings that connect it to your air source are the weak points that take the most abuse. The Miller 270438 Hose Socket 2-Pack is designed to keep that connection rock-solid. These are the genuine replacement sockets for your Miller SAR hoses, ensuring that when you click your hose into place, it stays there.

Built for the Shop Environment
Plastic fittings crack, and cheap steel can rust or seize up. These Miller sockets are machined from high-quality brass. Why does that matter? Brass is tough, it resists corrosion from shop humidity and sweat, and it stands up to the daily grind of being dragged across concrete floors. Plus, the quick-connect action is smooth and reliable. You can snap your air line on and off with one hand, making it easy to disconnect for a break or to move your equipment without wrestling with jammed couplers.

Standard Fit, Reliable Performance
These sockets feature the 1/4-inch Industrial Interchange design. This is the standard "quick connect" style you are likely familiar with, but built to the precision tolerances Miller requires for their safety gear. They have a 1/4-inch female thread (FNPT) on the back, making them a direct replacement for the original fittings on your Miller SAR hose. Because air leaks can be noisy, annoying, and dangerous in a breathing system, swapping out worn-out couplers is a maintenance must-do.

Double the Value
We know that in a busy shop, small parts can walk away or get damaged. That is why these come in a convenient package of two. Install one now to fix that hissing line, and keep the second one in your toolbox as a spare. Don't compromise on your safety equipment; stick with genuine Miller parts to ensure your SAR system functions exactly as it was designed to.