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

Premium Stainless Steel Gas Connection

The Miller E99-326C43 Tailpiece is a critical component for professionals managing Nitrous Oxide (N2O) gas systems. Engineered with precision, this tailpiece is designed to meet the strict CGA 326 standards, ensuring a safe and compatible connection between your gas cylinder and regulator or manifold system. Unlike standard brass fittings, this unit is constructed from high-quality stainless steel (Sst), offering superior resistance to corrosion and environmental wear. This makes it an excellent choice for environments where equipment longevity and gas purity are paramount.

In industrial and laboratory settings, the integrity of gas connections is non-negotiable. A compromised tailpiece can lead to leaks, pressure inconsistencies, and safety hazards. By utilizing a genuine Miller stainless steel tailpiece, operators can trust in the mechanical strength and sealing capability of their setup. The stainless steel material is robust enough to withstand repeated tightening and loosening cycles without deforming, a common issue with softer metals. This durability translates to lower maintenance costs and reduced downtime for your operations.

This tailpiece is specifically intended to be used in conjunction with a matching CGA 326 nut (sold separately) to form a complete inlet connection. Whether you are assembling a new gas distribution manifold or replacing a worn component on an existing regulator, the E99-326C43 provides the fit and finish expected from a top-tier manufacturer like Miller. Its compatibility with standard N2O infrastructure makes it a versatile stock item for maintenance departments and gas technicians alike.

At Josef Gas, we understand the importance of reliable gas apparatus. This Miller tailpiece represents the quality and safety standards required for handling compressed gases. Ensure your Nitrous Oxide systems are operating at peak efficiency with connections that are built to last.