HPLC

No electrical power required! Flange semi-rigid tubing without electrical power or heat Works on tubing with 1/16&quot to 1/8&quot tube OD

Mix and match column length while using your existing endpieces for ultimate flexibility Use a different length tube with your existing endpieces to meet your specific requirements.

Remove bubbles with or without vacuum assistance Effectively remove bubbles* from aqueous solutions inline or downstream with bubble traps. Traps feature &frac14&quot-28 UNF(F) port and come with 10 &microm PTFE filter.

Rated for use up to 500 psi (33 bar) Use the high-pressure, chemically inert manual rotary valves with a variety of flow configurations for sampling, flow splitting, mixing, and fluid-line interconnection. Valves are constructed from PTFE with a

Rated for use up to 500 psi (33 bar) Use the high-pressure, chemically inert manual rotary valves with a variety of flow configurations for sampling, flow splitting, mixing, and fluid-line interconnection. Valves are constructed from PTFE with a

Rated for use up to 500 psi (33 bar) Use the high-pressure, chemically inert manual rotary valves with a variety of flow configurations for sampling, flow splitting, mixing, and fluid-line interconnection. Valves are constructed from PTFE with a

Chemically inert flow path with all PTFE wetted parts Simple filter replacement Use PTFE inline filters with aggressive and high-purity fluids. Filters remove particulates from the medium protecting instruments downstream from particulate damage.

Chemically inert flow path with all PTFE wetted parts Simple filter replacement Use PTFE inline filters with aggressive and high-purity fluids. Filters remove particulates from the medium protecting instruments downstream from particulate damage.

Designed for low-pressure chromatography systems Manual sample injection valve 21939-18 is designed for low-pressure chromatography systems. Easily introduce reproducible sample volumes using the included 0.

Created tight seal, holds tube in place Use where chemical resistance is less important and when the exact OD of the tube is not known. O-rings compress into the cone angle in the body of the fitting so when the cap is tightened a seal is created

Created tight seal, holds tube in place Use where chemical resistance is less important and when the exact OD of the tube is not known. O-rings compress into the cone angle in the body of the fitting so when the cap is tightened a seal is created

Created tight seal, holds tube in place Use where chemical resistance is less important and when the exact OD of the tube is not known. O-rings compress into the cone angle in the body of the fitting so when the cap is tightened a seal is created