Agilent, 0101-1398, Helium high purity gas regulator, two-stage, stainless-steel body and diaphragms, 3000 psig inlet, 15 psig outlet, suits ICP-MS, Avilable in US only

Helium high purity gas regulator, two-stage, stainless-steel body and diaphragms, 3000 psig inlet, 15 psig outlet, suits ICP-MS, Avilable in US only. CGA580 inlet with maximum pressure 3000 psig, outlet pressure 15 psig outlet with 30 psig gauge, 1/8 inch tube fitting. Recommended for ORS cell gas for trace applications, triple quadrupole ICP-QQQ and semiconductor configuration

Specifications:
UNSPSC Code: 41115411

**********The following product description is generated by AI and is for reference only. If you have any questions, please contact customer service.**********
Designed for precise control in demanding laboratory environments, this high purity two-stage helium gas regulator features a durable stainless-steel body and diaphragms to ensure long-term reliability and minimal risk of contamination. With a maximum inlet pressure of 3000 psig and an outlet pressure of 15 psig, it delivers stable and consistent helium flow, making it ideal for sensitive analytical applications. Optimized for use with Inductively Coupled Plasma Mass Spectrometry ICP-MS systems, this regulator supports high accuracy sample introduction and minimizes background interference in trace element analysis. The all-stainless-steel construction is especially suitable for laboratories requiring ultra-high purity gas delivery, such as environmental monitoring, pharmaceutical analysis, and advanced materials research. Its compatibility with Agilent ICP-MS instruments ensures seamless integration within existing workflows. This product is intended for use in the United States and can be paired with Agilent high purity helium cylinders and related gas control accessories for a complete solution. Researchers and laboratory professionals can rely on its precision engineering to maintain the integrity of analytical results while meeting stringent safety and purity requirements in cutting-edge applications.