Liquid Chromatography-Mass Spectrometry Specifications
Liquid Chromatography-Mass Spectrometry
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  • Formic Acid UpR

    ultra pfas
    RX353
    100ml RX353S
    500ml RX353P
    Dgr H:226-302-314-331-EUH071
    P:210-280c-301+330+331-305+351+338-310
    Wikipedia Page Add To Favourites Safety Data Sheet Product Certification Storage & Shelf Life Additional Information
    HCOOH MW 46.03 FP 8.3°C BP 100.6°C d 1.22 CAS [64-18-6]
    Assay >98% Residue <0.0001%
    UV (0.1% aqueous): 225nm <20%; 235nm <50%; 240nm <80%; 250nm <95%; 260-400nm <99%
    Fluorescence (0.1% aqueous, as quinine): 254nm <1 ppb; 365nm <1 ppb
    Suitability for LC-MS passes test
    Trace ionic impurities (0.1% aqueous):
    Ag, Cu, Fe, K, Mg, Mn, Ni, Pb, Zn <10 ppb each
    Al, Ca <25 ppb each
    Na <50 ppb
    Suitability for PFAS analysis passes test
    Application: Ultra low background additive for LC-MS analysis of poly- and per-fluoroalkyl substances, suitable for EPA Methods 533 and 537.1
    Concentrated Formic Acid slowly decomposes to carbon monoxide and water and the pressure built up can cause an explosion of the sealed glass bottle.
    As a safety measure we fit larger glass bottles with a closure featuring a venting valve. Bottles with a non-vented closure should have pressure released regularly.
    100ml RX353S
    500ml RX353P
    Dgr H:226-302-314-331-EUH071
    P:210-280c-301+330+331-305+351+338-310

  • Formic Acid SpR

    HA353
    100ml HA353S
    500ml HA353P
    1LT HA353M
    Dgr H:226-302-314-331-EUH071
    P:210-280c-301+330+331-305+351+338-310
    Wikipedia Page Add To Favourites Safety Data Sheet Product Certification Storage & Shelf Life
    HCOOH MW 46.03 FP 8.3°C BP 100.6°C d 1.22 CAS [64-18-6]
    Assay >98% Residue <0.0001%
    UV (0.1% aqueous): 225nm <20%; 235nm <50%; 240nm <80%; 250nm <95%; 260-400nm <99%
    Fluorescence (0.1% aqueous, as quinine): 254nm <1 ppb; 365nm <1 ppb
    Suitability for HPLC passes test
    Suitability for LC-MS passes test
    Trace ionic impurities (0.1% aqueous):
    Ag, Cu, Fe, K, Mg, Mn, Ni, Pb, Zn <10 ppb each
    Al, Ca <25 ppb each
    Na <50 ppb
    Application: HPLC as buffer reagent, LC-MS as additive, Molecular Biology
    Concentrated Formic Acid slowly decomposes to carbon monoxide and water and the pressure built up can cause an explosion of the sealed glass bottle.
    As a safety measure we fit larger glass bottles with a closure featuring a venting valve. Bottles with a non-vented closure should have pressure released regularly.
    100ml HA353S
    500ml HA353P
    1LT HA353M
    Dgr H:226-302-314-331-EUH071
    P:210-280c-301+330+331-305+351+338-310