Etanol, metanol, formaldehida

    SEAP
    ID
    DA24444340
    Data
    20 Noiembrie 2019
    Valoare
    1.219,5 RON
    Stare
    Oferta acceptata
    Autoritatea contractantaLocalitate
    Magurele, Ilfov
    FurnizorTipul contractului
    Furnizare
    Cod CPVDescriere:
    Formaldehida 37% 1kg; Alcool etilic / Etanol gradient grade 2.5 l; Metanol pentru cromatografia 2.5 l
    Achizitii
    12,5 RON
    Cantitate: 3
    Unitate masura: kilogram
    Formaldehida 37% / Formol pa AMBALAJ 1KG -
    Formaldehida 37% / Formol NU DETINE AVIZ BIOCIDE!!! Denumirea caracteristicii U.M. Valori STF Continut (CH2O) %min 37 Cloruri (Cl) %max 0,001 Alcool metilic %max 8-12 Aciditate (HCOOH) %max 0,03
    521 RON
    Cantitate: 2
    Unitate masura: FL * 2.5 L
    Alcool etilic / Etanol gradient grade pentru cromatografia de lichide LiChrosolv MERCK FLACON 2.5 L
    Etanol gradient grade pentru cromatografia de lichide; LiChrosolv® - FL * 2.5L -521.00 RON Caracteristicile calitative sunt cele prezentate in catalogul Merck la Codul 1117272500 SPECIFICATII: S Purity GC >= 99.9 % S Identity IR conforms S Residue on evaporating <= 2.0 mg/l S Water <= 0.1 % S Acidity <= 0.0002 meq/g S Alkalinity <= 0.0002 meq/g S Gradient grade at 235 nm <= 5 mAU S Gradient grade at 254 nm <= 2 mAU S Transmission at 225 nm >= 60 % S Transmission at 240 nm >= 85 % S Transmission from 260 nm >= 98 % S Filtered by 0.2 microm filter
    70 RON
    Cantitate: 2
    Unitate masura: FL * 2.5 L
    Metanol pentru cromatografia de lichide; LiChrosolv® -( ALCOOL METILIC ) MERCK 2.5 L
    Metanol pentru cromatografia de lichide; LiChrosolv® -( ALCOOL METILIC ) MERCK 2.5 L Caracteristicile calitative sunt cele prezentate in catalogul Merck la Codul 1060182500 Specificatii: S Purity GC >= 99.8 % S Identity IR conforms S Residue on evaporating <= 3.0 mg/l S Water <= 0.03 % S Colour <= 10 Hazen S Acidity <= 0.0002 meq/g S Alkalinity <= 0.0002 meq/g S Transmission at 225 nm >= 50 % S Transmission at 240 nm >= 80 % S Transmission from 265 nm >= 98 % S Filtered by 0.2 microm filter