Flow Control Valve targets liquid CO2 applications.
Press Release Summary:
Designed to handle liquid carbon dioxide, SV91 Series features all-welded, leak-tight stainless steel construction with straight-thru flow path. Direct-acting shear seal design ensures positive shifting and sealing. Available in 2 versions rated at 350 and 1,000 psi, solenoid valve is suited for use in fog producing systems, food processing, chillers, and other temperature control devices.
Original Press Release:
Valcor Scientific Introduces A New Flow Control Valve
Valcor Scientific introduces a new flow control valve for LCO2 (liquid carbon dioxide) applications. The unique SV91 series valve designed for LCO2 incorporates many features of a valve used in Aerospace systems for over 40 years to make it one of the most dependable solenoid valves available to handle this normally difficult media. Al Lamastra, General Manager for Valcor Scientific, states "We've been involved with the Aerospace industry for so many years. By integrating the technology developed for that industry into our general market products; this helped to make us the manufacturer that people look to when they need dependable cryogenic flow control."
The SV91 all welded leak-tight SS construction has a straight-thru flow path that provides high flow in a compact size. Its direct-acting shear seal design insures positive shifting and sealing unlike piloted valves that tend to fail in the open position. Valcor Scientific developed a free-flow design internally that minimizes the transformation of LCO2 to a solid or "snow". This feature along with the direct-acting shear seal, make the SV91 from Valcor Scientific one of the most reliable solenoid valve for LCO2 applications.
Available in two versions rated at 350 PSI and 1000 PSI, the SV91 series can be used in applications such as fog producing systems for entertainment, food processing, chillers and other temperature control devices. For more information, contact Valcor Scientific at valcorscientific@valcor.com or 973-467-8400.
