Solenoid Inert Isolation Valves – 3–Way Solenoid, Solenoid Operated Valve

	Solenoid Inert Isolation Valves
	EXAKN Miniature TFE or ETFE Inert Isolation Valves Two-Way and Three-Way, 0.8 mm Orifice STV-K/R Molded PEEK or PPS Isolation Valves Two-Way, Solenoid Operated, 1.2mm Orifice CTV-K/R Molded PEEK or PPS Isolation Valves Three-Way, Solenoid Operated, 1.2 mm Orifice STV-K-1 Molded PEEK Panel Mount Isolation Valves Solenoid Operated Three-Way Valve for Panel Mounting, 1.8mm Orifice WTA-2 Molded PEEK or PPS Isolation Valves Two-Way, Normally Closed, 2.0 mm Orifice (1.6 mm w/Barb Connection) WTB-3K/R Molded PEEK or PPS Isolation Valves Three-Way, Solenoid Operated, 2.0 mm Orifice MTV-2T & 3T PTFE Isolation Valves Two and Three Way, Solenoid Operated, 1.6 mm Orifice MTV-3N Molded PEEK or PPS Isolation Valves Three-Way, Solenoid Operated, 1.8mm Orifice MTV 2R/3R/2K/3K Molded PEEK or PPS Isolation Valves Two and Three Way, Solenoid Operated, 2mm Orifice Model MCV-R-1 Isolation Valves With Position Feedback Two-Way and Three-Way, 2mm Orifice MLV-2T & 3T PTFE Isolation Valves Two-Way and Three-Way, 2.5 mm Orifice PKV-R/K Molded PPS or PEEK Body Isolation Valves Two-Way, Normally Closed and Three-Way, 6mm Orifice NRV PTFE Isolation Valve Two-Way and Three-Way, 4 to 6mm Orifice
Clark Solutions offers a wide range of solenoid driven inert isolation valves demanding automated chemistry and biotechnology applications. Unique features available from Clark Solutions include an isolation valve line featuring proprietary soft seal technology for applications where particles in the media could shorten valve life and zero internal volume inert isolation valves that prevent cross-contamination by eliminating the internal volume in an isolation valve. Clark Solutions also offers a line of Ventiduct inert isolation valves. Ventiduct Inert Isolation Valves are ideal for temperature sensitive and volatile fluid media applications. The Ventiduct is an optional part fitted between the isolation valve body and solenoid. The Ventiduct protects the fluid media from heat generated by the isolation valve's solenoid and conversely, shields the valve solenoid when the fluid media is at a high temperature