E99-326C43 - Miller Stainless Steel Tailpiece CGA 326 for Nitrous Oxide

Genuine Miller Replacement Part

Keep your gas equipment running smoothly with the Miller E99-326C43 Tailpiece, Sst CGA326. This authentic OEM part is designed to replace worn or damaged tailpieces on regulators and gas manifolds configured for Nitrous Oxide service. Manufactured to exact specifications, it ensures that your equipment maintains the tight seal necessary for safe gas regulation. The use of stainless steel in this component provides a significant upgrade in durability, offering resistance to the elements and mechanical stress that exceeds that of traditional brass components.

For welders and fabricators who rely on precise gas mixtures or specific atmospheric conditions, the reliability of every fitting matters. While CGA 326 is the standard for Nitrous Oxide, the material quality of the connection point plays a huge role in the safety of the setup. Stainless steel prevents the buildup of oxidation and contaminants that can occur with other metals, protecting the downstream equipment and the integrity of the gas itself. This tailpiece is an essential spare part for any shop that utilizes N2O for specialized processes or heating applications.

Installation is straightforward for anyone familiar with gas apparatus maintenance. The tailpiece slides into the appropriate connecting nut and seats firmly into the regulator body or manifold block. Because it is a Miller product, you can be confident in the machining tolerances; there is no need to worry about cross-threading or poor seating surfaces that plague generic aftermarket parts. Investing in genuine replacement parts protects your larger equipment investment and ensures compliance with safety regulations.

Welders Supply is your source for hard-to-find gas fittings and regulator parts. The Miller E99-326C43 is a testament to quality engineering, providing a secure link in your gas delivery chain. Don't compromise on safety—choose stainless steel components for your critical gas connections.