Trending Harris Two Stage Ultra High Purity Brass Barstock Regulator Model 721c-250-320-c - 721c250320c Summer Must-have [21dLVhST]

Harris Two Stage Ultra High Purity Brass Barstock Regulator

Introducing the Harris Two Stage Ultra High Purity Brass Barstock Regulator Model 721C-250-320-C, a cutting-edge solution designed for precision and reliability. This regulator stands out for its exceptional purity and robust construction, making it an ideal choice for critical applications where gas purity is paramount. Its two-stage design ensures a consistent flow with minimal contamination, thanks to its innovative features and high-quality materials.

Key Features and Specifications

Equipped with a 1-11/16" to 316L Stainless Steel diaphragm, this regulator eliminates contamination from diffusion or outgassing, ensuring the highest level of purity. The one-piece encapsulated seat design, combined with a 10 micron sintered internal filter, protects the PTFE Teflon seat from particulate contamination, further enhancing performance. Other notable features include an external relief valve, brass barstock body, bonnet, and fittings, and dual scale brass barstock gauges for easy reading in psi or bar. With a 1 x 10-9 cc/sec inboard helium leak rate, this regulator maintains gas purity levels, and is suitable for maximum inlet pressures up to 3000 PSIG, except for models with CGA 300 and 510, which have a 400 PSIG inlet gauge.

Practical Applications and Benefits

Perfect for a wide range of applications, the Harris Two Stage Ultra High Purity Brass Barstock Regulator is ideal for industries such as medical, pharmaceutical, and semiconductor manufacturing, where purity and reliability are critical. Its front or back panel mountable design adds flexibility, and its conformance to CGA E-4 standard for gas pressure regulators ensures compliance with industry standards. By choosing this regulator, you can expect enhanced performance, longer lifespan, and reduced maintenance costs, making it a wise investment for any professional setting.