Isolation solenoid valves
Isolation solenoid valves – Gems solenoid valves are designed to your specifications for each unique application. Each series offers a broad range of constructon/performance options to build an endless array of configurations.
AS series solenoid valve
The AS series is a 2-way isolation solenoid valve, designed to control the flow of various aggressive liquids and gases with several body and diaphragm materials. With a modular design, the AS offers performance, flexibility, and the protection your media needs from the solenoid's internal components.
BS series solenoid valve
The BS series is a 2-way, high flow, isolation solenoid valve that is designed to be virtually impervious to chemical attack and to protect high purity media.
KS series isolation solenoid valve
The KS series isolation solenoid valves are 2-way, normally closed (NC) valves featuring 0.38" (10 mm) solenoid shell diameters. The isolation valve design ensures that the only wetted parts are the valve diaphragm and the valve body. For exceptional chemical compatibility the KS series utilizes PEEK or PPS bodies, with a choice of diaphragm materials to meet your specific needs.
KM / KL series solenoid valve
These isolation solenoid valves offer 2-way normally open (NO) and closed (NC), or 3-way directional control operation. While sharing similar configurations with the KM series, the KL series features larger orifice sizes with greater CV values. Their design ensures that the only wetted parts are the valve diaphragm and body.
KV / KW series solenoid valve
These 2 and 3-way isolation solenoid valves are our largest orifice sizes for the highest flow rates, with a reduced component height. They feature all PTFE wetted parts for extreme chemical compatibility.
PM / PL series solenoid valve
These pinch valves offer 2-way normally open (NO) and closed (NC), or 3-way directional control operation. While sharing similar configurations with the PM series, the PL series features larger tubing sizes. Their design ensures that only the inside of the tubing contacts the fluid.