Valves
Our Subcategories:
Acro pinch valves
Aseptic globe valves
Shut-off valves
Check valves
Control tops
10+
Sanitary Double-Seat Valves / Mixproof Valves
Sanitary Seat Valves
Sanitary Rotary Dampers
ITT hygienic diaphragm valves
Keofitt sampling valves
Pinch valves
LoTo for hygienic and aseptic valves
Miniature valves
Proportional valves
Special valves
Amount of products: 192
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Shut-off valvesMale Locking x Male Locking x Female 4-Way Shut-Off Valve
Art.nr: RCX22Male Locking x Male Locking x Female 4-way shut-off valve for precise and leak-free regulation or shut-off of flow between two male locking connections and one threaded female connection. Manufactured from gamma-stabilized polycarbonate with a polyethylene handle for use with various media and operating environments. ARKPLAS shut-off valves meet the requirements of ISO 594-1 and ISO 594-2.ARKPLAS1 variaty -
Shut-off valvesMale Locking x Male Locking 1-Way Shut-Off Valve
Art.nr: RAX36Male-to-Male 1-Way Shut-Off Valve for precise and leak-free regulation or shut-off of flow between two male connections. Available in versions made of gamma-stable polycarbonate or Kynar to suit various media and operating environments. ARKPLAS shut-off valves meet the requirements of ISO 594-1 and ISO 594-2.ARKPLAS2 variaties -
Shut-off valvesMale Locking x Female x Male, Slip-Type 4-Way Shut-Off Valve
Art.nr: RCX63Locking Male x Female x Male Slip-Type 4-Way Shut-Off Valve for precise and leak-free regulation or shut-off of flow between a locking male connection, a threaded female connection, and a male slip-type connection. Manufactured from gamma-stable polycarbonate for use with various media and in different operating environments. ARKPLAS shut-off valves meet the requirements of ISO 594-1 and ISO 594-2.ARKPLAS1 variaty -
Shut-off valvesMale Locking x Female x Male Locking 4-Way Shut-Off Valve
Art.nr: RCX15Male Locking x Female x Male Locking 4-way shut-off valve for precise and leak-free regulation or shutoff of flow between two male locking connections and one threaded female connection. Manufactured from gamma-stabilized polycarbonate with a polyethylene handle for use with various media and operating environments. ARKPLAS shut-off valves meet the requirements of ISO 594-1 and ISO 594-2.ARKPLAS1 variaty -
Shut-off valvesLocking Male x Female x Female Shut-off Valve
Art.nr: RCX58Locking male x female x female shut-off valve for precise and leak-free regulation or shutoff of flow between a locking male connection and two threaded female connections. Manufactured from UV-stable polycarbonate with a polyethylene handle for use with various media and in different operating environments. ARKPLAS shut-off valves meet the requirements of ISO 594-1 and ISO 594-2.ARKPLAS1 variaty -
Shut-off valvesLocking male x female 1-way shut-off valve
Art.nr: RAX70Locking Male x Female 1-Way Shut-Off Valve for precise and leak-free regulation or shutoff of flow between a locking male connection and a threaded female connection. Available in versions made of gamma-stable polycarbonate or Kynar to suit various media and operating environments. ARKPLAS shut-off valves meet the requirements of ISO 594-1 and ISO 594-2.ARKPLAS2 variaties -
Shut-off valvesFemale x Male, Slip Type x Female 4-Way Shut-Off Valve
Art.nr: RCX46Female x Male (Slip) 4-Way Shut-Off Valve for precise and leak-free regulation or shutoff of flow between two threaded female connections and one male (Slip) connection. Manufactured from gamma-stabilized polycarbonate with a polyethylene handle for use with various media and operating environments. ARKPLAS shut-off valves meet the requirements of ISO 594-1 and ISO 594-2.ARKPLAS1 variaty -
Shut-off valvesFemale x Locking Male x Female 4-Way Shut-Off Valve
Art.nr: RCX40Female x Locking Male x Female 4-way shut-off valve for precise and leak-free regulation or shut-off of flow between two threaded female connections and one locking male connection. Manufactured from gamma-stable polycarbonate with a polyethylene handle for use with various media and operating environments. ARKPLAS shut-off valves meet the requirements of ISO 594-1 and ISO 594-2.ARKPLAS1 variaty -
Shut-off valvesFemale x Female x Female 4-Way Shut-Off Valve
Art.nr: RCX89Female x Female x Female 4-way shut-off valve for precise and leak-free regulation or shut-off of flow between three threaded female connections. Manufactured from gamma-stable polycarbonate with a polyethylene handle for use with various media and operating environments. ARKPLAS shut-off valves meet the requirements of ISO 594-1 and ISO 594-2.ARKPLAS1 variaty -
Shut-off valvesFemale x Female 1-Way Shut-Off Valve
Art.nr: RAX51Female x Female 1-way shut-off valve for precise and leak-free regulation or shutoff of flow between two threaded female connections. Available in versions made of radiation-stable polycarbonate or Kynar to suit various media and operating environments. ARKPLAS shut-off valves meet the requirements of ISO 594-1 and ISO 594-2.ARKPLAS2 variaties -
ValvesVARIVENT® Control valve
The modular design of the VARIVENT® system offers many different options for optimal adaptation of the valve to the process. The range includes two different valve types. Type S has a diaphragm actuator and a positioner, while the type P control valve is equipped with a VARIVENT® air/spring actuator and a T.VIS® P-15 positioner.GEA -
ValvesVARIVENT® Vacuum valve
VARIVENT® vacuum valves are designed to hygienically protect tanks against vacuum. Protection is already guaranteed when the vacuum exceeds -2.5 mbar. To minimize cleaning work and protect the valve disc against burning, the seat ring is coated with a non-stick coating. All elastomer seals used are FDA approved. VARIVENT® vacuum valves only require a fast response time when vacuum conditions occur. In addition, they have a secure seal in overpressure conditions.GEA -
Miniature valvesUltra low transmission valve
The Ultra Low Carryover Valve has both unprecedented low carryover and the ability to reduce fluid circuit complexity by replacing multiple valves with a single valve. The valve uses a patent-pending method to increase throughput and reduce fluid waste by reducing wash times. In addition, the Ultra Low Carryover Valve offers superior performance as a gradient proportioning valve for HPLC, HbA1c and other life science applications.Parker Hannifin -
Miniature valvesValve with extremely low transmission gradient
The unique features of the Ultra Low Carryover Gradient Valve ensure high accuracy of gradient generation in quaternary HPLC designs. This is achieved by a combination of fast response times and a patented low volume, high throughput fluid design. This miniaturized valve allows for a reduction in the overall size of the instrument and reduces the dead volume of the system. The exceptionally long service life and resistance to crystallization ensure that the valve will last for the life of the instrument.Parker Hannifin -
Miniature valvesSeries 18 - Miniature multi-channel inert PTFE distribution valve
Parker's 18 series of PTFE manifold isolation valves provide an inert liquid-touched surface for biocompatibility and aggressive fluids with fast multi-channel response times with precise fluid control. Parker Series 18 is designed for compact installation in multi-liquid systems. Available with multiple inlets and one outlet (or vice versa), Series 18 features all fluid-affected parts in PTFE. In the Series 18, piping and connections between separate valves have been eliminated and dead volume reduced. Repeatability and fast response time make the Series 18 ideal for accurate control of small percentages of low flow fluids.Parker Hannifin -
Miniature valvesSeries 1 and 2 - Miniature PTFE isolation valves for inert media
Parker Series 1 and 2 miniature PTFE valves have a completely inert fluid path. This makes them ideal for biocompatible applications and handling aggressive fluids. These valves are available in both 2-way and 3-way versions and are designed for systems where chemical compatibility is critical. The isolated flow path ensures that only PTFE and borosilicate glass come into contact with the medium. This completely separates it from the solenoid. With low internal volume and fast response times, the valves deliver highly accurate and repeatable dosing. They are also activated without any pressure or vacuum, providing flexibility and easy integration into a wide range of systems.Parker Hannifin
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