
When your work demands absolute precision and cleanliness, the Miller Smith 323-00-20-00-00 High Purity Regulator delivers. Built for professionals who cannot afford contamination or pressure drift, this stainless steel two-stage regulator is a workhorse for specialty gas management. Whether you are laser welding, operating in a corrosive environment, or managing high-purity CO2 for specialized fabrication, this regulator ensures your gas flow remains pure and your pressure remains rock-steady.
The "Two-Stage" design is a game-changer for long-duration processes. Unlike standard single-stage regulators that require constant adjustment as your tank gets low, this Miller Smith unit compensates automatically. It steps the pressure down twice, meaning the output pressure you set is the output pressure you get, right until the tank is empty. This stability prevents weld defects caused by gas surges or starvation. The body is machined from 316 stainless steel, offering superior durability compared to brass regulators, especially when exposed to moisture or corrosive fumes that can degrade standard equipment over time.
Usability and safety are also top priorities. The regulator features large, easy-to-read 2-1/2 inch gauges that let you monitor tank levels and delivery pressure at a glance. The captured vent ports add an extra layer of safety, ensuring that if a diaphragm failure were to occur, gases can be vented away from the operator. With its robust construction and precise engineering, the Miller Smith 320 Series is an investment in quality that pays off through reduced downtime and consistent results.
| Additional Information |
|---|
| Brand:Smith Equipment |
| Cga Fitting:CGA 320 |
| Max Inlet:3500 PSI |
| Max Outlet:250 PSI |
| Item:Regulator |
| Used On Which Gas:CO2 |
| Gas Type:Carbon Dioxide (CO2) |
| Body Material:316 Stainless Steel |
| Stage Type:Two Stage |
| Diaphragm Material:Convoluted Stainless Steel |
| Seat Material:PCTFE |
| Series:320 Silverline |
| Port Size:1/4" FNPT |
| Packaging Description:1 per ea |