YMC-Triart C8 Hybrid Silica HPLC Columns, C8, 5 µm, YMC America

Supplier: YMC America
YMC-Triart C8
TO12S05-R546QT TO12S05-2504WT TO12S05-15Q1PTP TO12S05-H546WT TO12S05-0202WT TO12S05-1046PTP TO12S05-1504WT TO12S05-2506WT TO12S05-0546PTP TO12S05-0504WT TO12S05-1506WT TO12S05-1546PTP TO12S05-2503WT TO12S05-05Q1PTP TO12S05-R504WT TO12S05-10Q1PTP TO12S05-R503WT TO12S05-3006WT
75995-164EA 2676.95 CAD
75995-164 10842-248 75995-166 75995-168 75995-160 75995-060 75995-162 10842-280 10842-270 10842-282 10842-260 10842-272 10842-284 10842-286 10842-288 10842-268 10842-258 76013-934
YMC-Triart C8 Hybrid Silica HPLC Columns, C8, 5 µm, YMC America
Chromatography Columns
YMC-Triart C8, 5µm is a novel organic/inorganic hybrid silica particle derivatized with C8 (L7 USP designation).

  • Suitable for HPLC
  • Chemical and mechanical durability of the particles contributes to long column lifetime
  • Proprietary end capping makes for excellent peak shapes of all types of compounds
  • Rigorous manufacturing controls result in legendary YMC column-to-column and lot-to-lot reproducibility
  • More retentive than other hybrid materials, potentially simplifying the separation of 'difficult' peaks
  • YMC-Triart C8 is available in packed columns of various dimensions

The core material for all of the YMC-Triart products, the particle, is inspired by YMC’s flow chemistry technology. Inherent in YMC’s process is a high level of temperature and particle formation control. As a result, Triart particles are consistent, reproducible, and scalable across many particle sizes. The hybrid Triart particles produce a material that is highly resilient and robust when used at extreme pH and elevated temperature. In addition, these particles are very stable under mechanical stress, such as high pressure. YMC-Triart C8 can be used at temperatures up to 70 °C at pH 1 to 7, and 50 °C from pH 7 to 12.

C8 is an alternative to the more widely-used C18 chemistry, and is of lower hydrophobicity than C18. C8’s lesser retention may help shorten total analysis times in separations of compounds with large differences in hydrophobicity without requiring gradient elution.
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