HPLC Valves
HPLC Valves
Thermo Scientific™ Rheodyne™ 9725 and 9725i Sample Injectors
Ensure precise HPLC injections and protect against pressure shock with biocompatible dual-mode Thermo Scientific™ Rheodyne™ 9725 and 9725i Sample Injections.
Thermo Scientific™ Rheodyne™ 7010 Sample Injector
Ensure accurate and precise high-volume HPLC injections with the single-mode Thermo Scientific™ Rheodyne™ 7010 Sample Injector.
Thermo Scientific™ High Purity Two Stage Brass Gas Regulators
Recommended for non-corrosive analytical and process applications requiring precise, stable, delivery pressure control
Hamilton™ Chemically Inert Manual Valves
Valves have a fluid path containing PTFE and CTFE
Cytiva Polyetheretherketone Motor Valve PV-908
Motor valve PV-908, 25 Mpa, may be used as a column valve or outlet valve on ÅKTA design systems
Thermo Scientific™ Rheodyne™ 7725 and 7725i Sample Injectors
Ensure accurate, precise HPLC injections and protect against pressure shock with the dual-mode Thermo Scientific™ Rheodyne™ 7725 and 7725i Sample Injectors.
Hamilton™ HVD4-5 VALVE
Hamilton (HV) Plug Valves provide an economical and flexible method of custom-building a fluid flow control system, from a simple on/off valve to a more complex multi-valve arrangement, using a combination of loop and distribution valves.
Hamilton™ HVP Panel Mount Valves
Can be mounted into panels allowing for custom installation into control panels or instruments.
Hamilton™ HVXM 6-5 VALVE
Hamilton (HV) Plug Valves provide an economical and flexible method of custom-building a fluid flow control system, from a simple on/off valve to a more complex multi-valve arrangement, using a combination of loop and distribution valves.
Hamilton™ HVX3-3 VALVE
Hamilton (HV) Plug Valves provide an economical and flexible method of custom-building a fluid flow control system, from a simple on/off valve to a more complex multi-valve arrangement, using a combination of loop and distribution valves.
Hamilton™ 6-5 Ceramic, HVCX, PSD Valve
A larger port internal diameter allows increased fluid flows even with moderately viscous fluid.
