
HPLC Columns
Welch Materials offers a wide array of column choices, including HPLC, UHPLC, GPC, SEC and Chiral. All columns are under strict quality control to guarantee reproducibility and performance of the columns.
P/N: 00104-11031
Xtimate Phenyl-Hexyl, 3μm, 4.0×125mm
Xtimate Phenyl-Hexyl column utilizes Welch's patented organic-inorganic hybrid surface technology to modify the silica gel matrix, extending the pH stability range to 1.0–12.5. It offers excellent ...
P/N: 00104-11030
Xtimate Phenyl-Hexyl, 3μm, 4.0×100mm
Xtimate Phenyl-Hexyl column utilizes Welch's patented organic-inorganic hybrid surface technology to modify the silica gel matrix, extending the pH stability range to 1.0–12.5. It offers excellent ...
P/N: 00104-11029
Xtimate Phenyl-Hexyl, 3μm, 4.0×75mm
Xtimate Phenyl-Hexyl column utilizes Welch's patented organic-inorganic hybrid surface technology to modify the silica gel matrix, extending the pH stability range to 1.0–12.5. It offers excellent ...
P/N: 00104-11028
Xtimate Phenyl-Hexyl, 3μm, 4.0×50mm
Xtimate Phenyl-Hexyl column utilizes Welch's patented organic-inorganic hybrid surface technology to modify the silica gel matrix, extending the pH stability range to 1.0–12.5. It offers excellent ...
P/N: 00104-11027
Xtimate Phenyl-Hexyl, 3μm, 4.0×30mm
Xtimate Phenyl-Hexyl column utilizes Welch's patented organic-inorganic hybrid surface technology to modify the silica gel matrix, extending the pH stability range to 1.0–12.5. It offers excellent ...
P/N: 00104-11025
Xtimate Phenyl-Hexyl, 3μm, 3.0×250mm
Xtimate Phenyl-Hexyl column utilizes Welch's patented organic-inorganic hybrid surface technology to modify the silica gel matrix, extending the pH stability range to 1.0–12.5. It offers excellent ...
P/N: 00104-11024
Xtimate Phenyl-Hexyl, 3μm, 3.0×200mm
Xtimate Phenyl-Hexyl column utilizes Welch's patented organic-inorganic hybrid surface technology to modify the silica gel matrix, extending the pH stability range to 1.0–12.5. It offers excellent ...
P/N: 00104-11022
Xtimate Phenyl-Hexyl, 3μm, 3.0×125mm
Xtimate Phenyl-Hexyl column utilizes Welch's patented organic-inorganic hybrid surface technology to modify the silica gel matrix, extending the pH stability range to 1.0–12.5. It offers excellent ...
P/N: 00104-11023
Xtimate Phenyl-Hexyl, 3μm, 3.0×150mm
Xtimate Phenyl-Hexyl column utilizes Welch's patented organic-inorganic hybrid surface technology to modify the silica gel matrix, extending the pH stability range to 1.0–12.5. It offers excellent ...
P/N: 00104-11021
Xtimate Phenyl-Hexyl, 3μm, 3.0×100mm
Xtimate Phenyl-Hexyl column utilizes Welch's patented organic-inorganic hybrid surface technology to modify the silica gel matrix, extending the pH stability range to 1.0–12.5. It offers excellent ...
P/N: 00104-11020
Xtimate Phenyl-Hexyl, 3μm, 3.0×75mm
Xtimate Phenyl-Hexyl column utilizes Welch's patented organic-inorganic hybrid surface technology to modify the silica gel matrix, extending the pH stability range to 1.0–12.5. It offers excellent ...
P/N: 00104-11019
Xtimate Phenyl-Hexyl, 3μm, 3.0×50mm
Xtimate Phenyl-Hexyl column utilizes Welch's patented organic-inorganic hybrid surface technology to modify the silica gel matrix, extending the pH stability range to 1.0–12.5. It offers excellent ...
P/N: 00104-11018
Xtimate Phenyl-Hexyl, 3μm, 3.0×30mm
Xtimate Phenyl-Hexyl column utilizes Welch's patented organic-inorganic hybrid surface technology to modify the silica gel matrix, extending the pH stability range to 1.0–12.5. It offers excellent ...
P/N: 00104-11016
Xtimate Phenyl-Hexyl, 3μm, 2.1×250mm
Xtimate Phenyl-Hexyl column utilizes Welch's patented organic-inorganic hybrid surface technology to modify the silica gel matrix, extending the pH stability range to 1.0–12.5. It offers excellent ...
P/N: 00104-11015
Xtimate Phenyl-Hexyl, 3μm, 2.1×200mm
Xtimate Phenyl-Hexyl column utilizes Welch's patented organic-inorganic hybrid surface technology to modify the silica gel matrix, extending the pH stability range to 1.0–12.5. It offers excellent ...
P/N: 00104-11014
Xtimate Phenyl-Hexyl, 3μm, 2.1×150mm
Xtimate Phenyl-Hexyl column utilizes Welch's patented organic-inorganic hybrid surface technology to modify the silica gel matrix, extending the pH stability range to 1.0–12.5. It offers excellent ...
P/N: 00104-11013
Xtimate Phenyl-Hexyl, 3μm, 2.1×125mm
Xtimate Phenyl-Hexyl column utilizes Welch's patented organic-inorganic hybrid surface technology to modify the silica gel matrix, extending the pH stability range to 1.0–12.5. It offers excellent ...
P/N: 00104-11012
Xtimate Phenyl-Hexyl, 3μm, 2.1×100mm
Xtimate Phenyl-Hexyl column utilizes Welch's patented organic-inorganic hybrid surface technology to modify the silica gel matrix, extending the pH stability range to 1.0–12.5. It offers excellent ...
P/N: 00104-11011
Xtimate Phenyl-Hexyl, 3μm, 2.1×75mm
Xtimate Phenyl-Hexyl column utilizes Welch's patented organic-inorganic hybrid surface technology to modify the silica gel matrix, extending the pH stability range to 1.0–12.5. It offers excellent ...
P/N: 00104-11010
Xtimate Phenyl-Hexyl, 3μm, 2.1×50mm
Xtimate Phenyl-Hexyl column utilizes Welch's patented organic-inorganic hybrid surface technology to modify the silica gel matrix, extending the pH stability range to 1.0–12.5. It offers excellent ...
P/N: 00104-11071
Xtimate Phenyl-Hexyl, 3μm, 2.1×33mm
Xtimate Phenyl-Hexyl column utilizes Welch's patented organic-inorganic hybrid surface technology to modify the silica gel matrix, extending the pH stability range to 1.0–12.5. It offers excellent ...
P/N: 00104-11009
Xtimate Phenyl-Hexyl, 3μm, 2.1×30mm
Xtimate Phenyl-Hexyl column utilizes Welch's patented organic-inorganic hybrid surface technology to modify the silica gel matrix, extending the pH stability range to 1.0–12.5. It offers excellent ...
P/N: 00102-31043
Xtimate C8, 10μm, 4.6×250mm
The Xtimate series columns are specifically designed for liquid chromatography methods, offering the flexibility to use a wide range of mobile phase systems and a broad temperature spectrum across ...
P/N: 00102-31042
Xtimate C8, 10μm, 4.6×200mm
The Xtimate series columns are specifically designed for liquid chromatography methods, offering the flexibility to use a wide range of mobile phase systems and a broad temperature spectrum across ...
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