METANOL gradient grade pentru cromatografia de lichide; LiChrosolv® / Alcool metilic HPLC MERCK

    SEAP
    ID
    DA23670349
    Data
    13 August 2019
    Valoare
    118 RON
    Stare
    Oferta acceptata
    Autoritatea contractantaLocalitate
    Targu Mures, Mures
    FurnizorTipul contractului
    Furnizare
    Cod CPVDescriere:
    1.Metanol gradient grade pentru cromatografia de lichide; LiChrosolv® Reag. Ph Eur - Fl * 2.5 L - Pret 59 Ron fara TVA 2.Metanol gradient grade pentru cromatografia de lichide; LiChrosolv® Reag. Ph Eur - Fl * 5 L - Pret 95 Ron fara TVA specificatii: S Purity GC >= 99.9 % S Identity IR conforms S residue on evaporation <= 2.0 mg/l S Water <= 0.02 % S Colour <= 10 Hazen S Density d 20 °C/20 °C 0.791 - 0.793 S Boiling point 64 - 65 °C S Acidity <= 0.0002 meq/g S Alkalinity <= 0.0002 meq/g S Gradient grade at 235 nm <= 2.0 mAU S Gradient grade at 254 nm <= 1.0 mAU S Fluorescence as quinine at 254 nm <= 1.0 ppb S Fluorescence as quinine at 365 nm <= 0.5 ppb S Transmission at 220 nm >= 55 % S Transmission at 235 nm >= 83 % S Transmission from 260 nm >= 98 % S Absorbance at 225 nm <= 0.17 S Filtered by 0.2 microm filter
    Achizitii
    59 RON
    Cantitate: 2
    Unitate masura: Fl * 2.5 L
    METANOL gradient grade pentru cromatografia de lichide; LiChrosolv® / Alcool metilic HPLC MERCK
    1.Metanol gradient grade pentru cromatografia de lichide; LiChrosolv® Reag. Ph Eur - Fl * 2.5 L - Pret 59 Ron fara TVA 2.Metanol gradient grade pentru cromatografia de lichide; LiChrosolv® Reag. Ph Eur - Fl * 5 L - Pret 95 Ron fara TVA specificatii: S Purity GC >= 99.9 % S Identity IR conforms S residue on evaporation <= 2.0 mg/l S Water <= 0.02 % S Colour <= 10 Hazen S Density d 20 °C/20 °C 0.791 - 0.793 S Boiling point 64 - 65 °C S Acidity <= 0.0002 meq/g S Alkalinity <= 0.0002 meq/g S Gradient grade at 235 nm <= 2.0 mAU S Gradient grade at 254 nm <= 1.0 mAU S Fluorescence as quinine at 254 nm <= 1.0 ppb S Fluorescence as quinine at 365 nm <= 0.5 ppb S Transmission at 220 nm >= 55 % S Transmission at 235 nm >= 83 % S Transmission from 260 nm >= 98 % S Absorbance at 225 nm <= 0.17 S Filtered by 0.2 microm filter