Affordable Harris Two Stage Ultra High Purity Brass Barstock Regulator Model 722c-125-580-bt-1 - 722c125580bt1 Enjoy 95% Off [Hk0S8GRj]

Harris Two Stage Ultra High Purity Brass Barstock Regulator

Introducing the Harris Two Stage Ultra High Purity Brass Barstock Regulator Model 722C-125-580-BT-1, a premium solution designed for high-purity gas applications. This regulator is engineered to deliver constant delivery pressure from full to near-empty cylinder conditions, ensuring reliability and precision. With its robust construction and advanced features, it is the ideal choice for research sample systems, process analyzers, gas chromatography, and various other critical applications.

Key Product Features and Specifications

The Harris Two Stage Ultra High Purity Brass Barstock Regulator boasts a range of impressive features. Its 1-11/16" to 316L Stainless Steel diaphragm effectively eliminates contamination from diffusion or outgassing, ensuring the purity of the gas supply. The one-piece encapsulated seat design, equipped with a 10 micron sintered internal filter, protects the PTFE Teflon seat from particulate contamination. Other notable features include an external relief valve, chrome-plated brass body and fittings, and dual-scale gauges for easy pressure monitoring. The regulator is designed to maintain gas purity levels with a 1 x 10-9 cc/sec inboard helium leak rate and conforms to the CGA E-4 standard for gas pressure regulators.

Applications and Benefits

Whether you are working in a research laboratory, a gas chromatography facility, or an emission monitoring system, the Harris Two Stage Ultra High Purity Brass Barstock Regulator offers numerous benefits. Its high-purity brass construction and precise pressure regulation make it ideal for a wide range of applications. The regulator's constant delivery pressure ensures accurate and reliable gas flow, even under varying cylinder conditions. By choosing this regulator, you can expect improved performance, reduced downtime, and enhanced safety in your gas-related processes.