Isolation Solenoid Valves feature inert body and diaphragm.

Press Release Summary:



Constructed from chemically inert materials such as PTFE, ETFE, EPDM, FKM, FFKM, PEEK, PPS, and PSU, K Series is suited for applications requiring chemical resistance and/or sample purity. Modular, direct-acting, round-bodied solenoid valves include KS Series 2-way valves with MOPD of 20 psig; KM/KL Series 2-way and 3-way directional valves with MOPDs of 30 psig; and KV/KW Series 2-way and 3-way directional models with MOPDs as high as 209 psig.



Original Press Release:



New Isolation Valves with Inert Body and Diaphragm Materials Added to Gems Family



Gems Sensors & Controls announces their new K Series inert isolation solenoid valves. Constructed from chemically inert materials such as: PTFE, ETFE, EPDM, FKM, FFKM, PEEK, PPS and PSU; the K Series of isolation valves is an excellent choice for any application requiring various levels of chemical resistance and/or sample purity. Progressive molding and manufacturing techniques allow Gems to deliver precise, durable orifices and diaphragms in materials that our customers demand
Gems is very excited about how well this critical element of inert fluid control enhances our ability to deliver complete fluidic systems to our medical and life sciences customers.

Plainville, CT -- October 30, 2009 -- Gems Sensors & Controls, a market leader in custom made fluid sensing and control solutions, announces their new K Series inert isolation solenoid valves. Constructed from chemically inert materials such as: PTFE, ETFE, EPDM, FKM, FFKM, PEEK, PPS and PSU; the K Series of isolation valves is an excellent choice for any application requiring various levels of chemical resistance and/or sample purity. Liquid Chromatography, Gas Analyzers and Water Quality Testers are just a few of such applications.

Gems Sensors & Controls new K Series Solenoid Isolation Valves offer broad variety of inert bodies and diaphragms for broad chemical resistance and purity requirements.
Offered in multiple body sizes, port configurations, wetted body and diaphragm materials; the K Series is a truly modular platform of direct acting round bodied solenoid valves allowing for superb power, flow, durability and life optimization. This line of inert valves is comprised of three groups: KS Series are 2-way valves with an MOPD of 20 PSIG; KM/KL Series are available in 2-way and 3-Way Directional configurations, with MOPDs up to 30 PSIG; and KV/KW Series offer 2-Way and 3-Way Directional configurations, with MOPDs as high as 20 PSIG.

"Progressive molding and manufacturing techniques allow Gems to deliver precise, durable orifices and diaphragms in materials that our customers demand," said Jessica Light, Medical Market Manager, at Gems Sensors & Controls. "Gems is very excited about how well this critical element of inert fluid control enhances our ability to deliver complete fluidic systems to our medical and life sciences customers."

Gems specializes in providing complete fluid sensing and control solutions to meet exacting customer application requirements--from custom coil windings to highly specialized materials. Each custom made coil and valve is assured of exacting standards, unsurpassed quality and 100 percent tested reliability.

About Gems Sensors & Controls

Founded in 1955, Gems is a preferred supplier to thousands of OEM companies across a broad range of industries through out the world due to its extensive application knowledge, innovative sensor and miniature solenoid valve designs, and customer centric approach to problem solving. Gems Sensors & Controls is a leading global manufacturer of: liquid level, flow, and pressure sensors; solid-state relays and barriers; liquid and pneumatic miniature solenoid valves; and pre-assembled fluidic systems with facilities in North America, Europe, and Asia. Gems Sensors & Controls is ISO 9000, UL, and CE certified.

For more product information, contact Gems Sensors & Controls, One Cowles Road, Plainville, Connecticut 06062. Phone: (800) 378-1600. www.GemsSensors.com.

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