211-0006 - Miller Smith 210 Silverline High Purity Regulator, CGA 350, 0-50 PSI

Precision and Purity for Your Lab

When your work involves sensitive analytical instruments, automotive emission testing, or biological research, the quality of your gas delivery system is just as important as the gas itself. The Miller Smith 211-00-06 Silverline Regulator is the professional's choice for controlling high-purity gases like Hydrogen and Methane. Designed with the needs of the modern laboratory in mind, this single-stage regulator delivers consistent pressure control without compromising the chemical integrity of your gas supply.

Why Choose the Silverline 210 Series?

Standard welding regulators are simply not built for analytical tasks. They often use rubber diaphragms that can release plasticizers into the gas stream, causing "ghost peaks" in chromatography or inaccurate readings in analyzers. The Miller Smith 211-00-06 solves this problem with a stainless steel diaphragm, providing a metal-to-metal seal that ensures zero contamination. Whether you are running a gas chromatograph or managing a chemical process plant, this regulator guarantees that the gas reaching your instrument is as pure as the gas leaving the cylinder.

Built for the Long Haul

Durability meets precision in this unit. The regulator is constructed from solid brass bar stock, which is then plated for a clean, durable finish that resists tarnishing and wear. It features a CGA 350 connection and is rated for inlet pressures up to 3500 PSI. The delivery range of 0-50 PSI is ideal for most low-pressure analytical applications. Operators will appreciate the oversized 2-1/2 inch gauges that make monitoring cylinder and delivery pressure effortless. Furthermore, the included filtered seat technology protects the internal components from debris, ensuring that your regulator performs flawlessly for years to come. If you need a regulator that balances high-end performance with cost-effective brass construction, the Miller Smith Silverline is the perfect solution.