YMC*Gel HG-series

YMC*Gel HG-series

High Grade Silica Phases for Preparative HPLC

YMC*Gel HG-series

    Particle Technology

    YMC has achieved considerable improvements in the manufacture of its classical silica base. This has given rise to an improved generation of stationary phases with superior physical attributes: YMC*Gel High Grade (HG)-series.

    Due to its improved mechanical stability and its more uniform pore and particle size distribution the benefits of YMC*Gel HG-series products are:

    • Higher sample load
    • Less backpressure
    • Longer column usage
    • More repacking times possible
    • More efficient column packing

    Available Phases are:

    Specifications
      YMC*Gel
    Diol-HG
    Phase Code DLG
    Modification 1,2-Dihydroxypropyl
    Pore Sizes
    [nm / Å]
    12, 20, 30 /
    120, 200, 300
    Surface Area [m²/g] 330, 175, 100
    Particle Sizes [µm] 10, 15, 20, 50
    Carbon Load -
    pH Range 2-7.5

     

    YMC*Gel Diol-HG
    Phase Code DLG
    Modification 1,2-Dihydroxypropyl
    Pore Sizes 12, 20, 30 nm / 120, 200, 300 Å
    Surface Area 330, 175, 100 m2/g
    Particle Sizes 10, 15, 20, 50 µm
    pH Range 2-7.5

     

    The silica-based YMC*Gel Diol-HG is a rugged and efficient normal phase, reversed phase or size exclusion material. It is generally used for the separation of biomolecules and pharmaceuticals. As the non-specific adsorptive sites have been eliminated it exhibits better performance characteristics for size separations than nonbonded silica. YMC*Gel Diol-HG is available in four porosities: 6, 12, 20 and 30 nm. Diol- 12 is most suitable for the separation of peptides or oligosaccharides with molecular weights of 10,000 or less, whereas Diol-20, and -30 (either used individually or in combination) are suitable for separations of proteins and other water-soluble compounds with molecular weights of 10,000 to several hundred thousands.

    Improved Silica Base for Better Performance

    Improvements in the production process of the base silica has led to particles with higher mechanical stability and more uniform particle and pore size distribution (see microscopy images below).

     

     

    Tangible Improvements for your Process

    A narrower particle size distribution with lower tendency for the HG-silica material to produce fines translates directly into a reduced backpressure of preparative processes. On average a 7% backpressure reduction can be seen, which increases dramatically with each repacking step.

    Impact of Pore Size Differences

    YMC*Gel is available in a variety of different pore sizes. Pore sizes are usually matched to sample molecule sizes. Pore sizes can also be used to adjust ligand density and hence retention characteristics of a bonded phase, since the size of the pores also affects the total media surface area in a packed column.

    Title Document Type Language Phase Type Download
    YMC*Gel HG-series Brochure E
    YMC*Gel ODS-A-HG Care and Use Care and Use Instructions E
    MSDS Silica based NP/RP Bulk MSDS E
    Bulk Packing Material for Preparative Chromatography Overview E

    Request Now

    Please contact YMC for pricing or specific solutions for your purification process.

    Michael Ostendorf

    Product Manager Bulk Media

     

    ph. +49 (0)2064 427-280

    Product Description
    DLG12S11 YMC*Gel Diol-HG, 12nm S10µm
    DLG12S16 YMC*Gel Diol-HG, 12nm S15µm
    DLG12S21 YMC*Gel Diol-HG, 12nm S20µm
    DLG12S50 YMC*Gel Diol-HG, 12nm S50µm
    DLG20S11 YMC*Gel Diol-HG, 20nm S10µm
    DLG20S16 YMC*Gel Diol-HG, 20nm S15µm
    DLG20S21 YMC*Gel Diol-HG, 20nm S20µm
    DLG30S11 YMC*Gel Diol-HG, 30nm S10µm
    DLG30S16 YMC*Gel Diol-HG, 30nm S15µm
    DLG30S21 YMC*Gel Diol-HG, 30nm S20µm

    Related Categories

    Contact

    • Michael Ostendorf
    • Product Manager
    • Bulk Media
    • ph. +49 (0)2064 427-280