Bioinert Selection Valve, 2 Position/6 Port

IDEX Part Number: HT718-000-BIO  /

Looking to design this product into your instrument? Fill out this form for more information on how to purchase this product.

Our Bioinert Titan HT Valve is ideal for UHPLC Chromatography applications including Biomolecule Analysis / Bioseparations, Protein / Peptide Characterization, and Proteomics. With a ceramic wetted flow path, your instrument can easily run high pressure separations (up to 1300 bar, 18,550 psi) without worries of absorption or excess peak tailing. This rotary shear valve is designed for use with our patented finger-tight, high-pressure MarvelX™ / MarvelXACT™ tubing which creates a metal-free connection with the ceramic flow path. It includes an advanced composite actuator and motor providing superior ruggedness and reliability. A driver PCBA is available for separate sale.

Looking for a CAD file for this product? Request a CAD now!

Tubing ID (in) 1/16
Material Ceramic
Ports 6
Positions 2
Max Operating Pressure psi 18000
Valve Type Injector, Selector
Valve Family TitanHT
TopicDescription
Understanding and Testing Fluid Flow for Custom Valve Design White PaperThere are many factors taken into consideration during the development of a valve design. Prototyping the complex geometries of valve stators can be expensive and time-consuming but with the use of simulation tools, we can iterate multiple designs quickly and select the most desirable solutions before the first parts are manufactured. Learn more.
Fittings 101 GuideDiscover the fundamentals of equipment fittings and accessories, as well as some basics about liquid chromatography as an analytical technique.
Chemical Compatibility Guide This Chemical Compatibility guide will allow you to either check what materials will work with the chemicals you are using or planning to use; or view what compatibility ratings are given to a material you are planning to use.

Specifications

TopicDescription
Understanding and Testing Fluid Flow for Custom Valve Design White PaperThere are many factors taken into consideration during the development of a valve design. Prototyping the complex geometries of valve stators can be expensive and time-consuming but with the use of simulation tools, we can iterate multiple designs quickly and select the most desirable solutions before the first parts are manufactured. Learn more.
Fittings 101 GuideDiscover the fundamentals of equipment fittings and accessories, as well as some basics about liquid chromatography as an analytical technique.
Chemical Compatibility Guide This Chemical Compatibility guide will allow you to either check what materials will work with the chemicals you are using or planning to use; or view what compatibility ratings are given to a material you are planning to use.