Ion Chromatography Specifications
Ion Chromatography
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  • Nitric Acid SpA

    H566
    500ml H566P
    1LT H566M
    2½LT H566L
    Dgr H:272-290-331-314-EUH071
    P:260c-280c-301+330+331-305+351+338-309+310
    Wikipedia Page Additional Information
    HNO3 MW 63.01 d 1.42 CAS [7697-37-2]
    Assay 67-69%
    Colour <10 Hazen (APHA)
    Ag, Au, Ba, Be, Bi, Ce, Cs, Dy, Er, Eu, Ga, Gd, Ge, Hf, Hg, Ho, In, La, Li, Lu, Mn, Mo, Nb, Nd, Pb, Pr, Rb, Re, Sc, Sm, Sr, Tb, Te, Th, Tl, Tm, U, W, Y, Yb, Zr <0.1 ppb each
    As, Cd, Co, Cu, Ni, Pd, Pt, Rh, Ru, Sb, Sn, Ti, V, Zn <0.5 ppb each
    Al, B, Ca, Cr, Fe, K, Mg, Na, Se <1 ppb each
    Total P <0.01 ppm
    Cl <0.2 ppm
    Total S <0.3 ppm
    Store in dark.
    Application: Environment Analysis (eg, using AAS, ICP-OES, ICP-MS), Trace Metal Analysis, Ion Chromatography, Voltammetry
    Elemental impurities specified at time of manufacture.
    Concentrated Nitric Acid can decompose to nitrogen oxides (NOx) through action of heat or light resulting in a yellow colouration. However, this does not affect the performance of the acid with respect to trace metals or oxidising power.
    Storage in a cool, dark place is recommended.
    Typical values, elemental impurities at time of manufacture (ppb):
    Ag<0.1Cs<0.1K<0.2Pr<0.1Tb<0.1
    Al<0.5Cu<0.1La<0.1Pt<0.1Te<0.1
    As<0.1Dy<0.1Li<0.1Rb<0.1Th<0.1
    Au<0.1Er<0.1Lu<0.1Re<0.1Ti<0.1
    B<0.5Eu<0.1Mg<0.2Rh<0.1Tl<0.1
    Ba<0.1Fe<0.5Mn<0.1Ru<0.1Tm<0.1
    Be<0.1Ga<0.1Mo<0.1Sb<0.1U<0.1
    Bi<0.1Gd<0.1Na<0.2Sc<0.1V<0.1
    Ca<0.5Ge<0.1Nb<0.1Se<0.1W<0.1
    Cd<0.1Hf<0.1Nd<0.1Sm<0.1Y<0.1
    Ce<0.1Hg<0.02Ni<0.1Sn<0.1Yb<0.1
    Co<0.1Ho<0.1Pb<0.1Sr<0.1Zn<0.2
    Cr<0.5In<0.1Pd<0.1Ta<0.1Zr<0.1
    500ml H566P
    1LT H566M
    2½LT H566L
    Dgr H:272-290-331-314-EUH071
    P:260c-280c-301+330+331-305+351+338-309+310

  • Nitric Acid UpA

    SS12
    500ml SS12P
    Dgr H:272-290-331-314-EUH071
    P:260c-280c-301+330+331-305+351+338-309+310
    Wikipedia Page Additional Information
    HNO3 MW 63.01 d 1.42 CAS [7697-37-2]
    Assay 67-69%
    Trace elemental impurities: parts per trillion level
    Batch values reported on accompanying Certificate of Analysis
    Store in dark.
    Application: Ultra trace inorganic analysis
    Concentrated Nitric Acid can decompose to nitrogen oxides (NOx) through action of heat or light resulting in a yellow colouration. However, this does not affect the performance of the acid with respect to trace metals or oxidising power.
    Storage in a cool, dark place is recommended.
    Typical values, elemental impurities at time of manufacture (ppt):
    Ag<2Cs<0.05K<5Pr<0.05Tb<0.01
    Al<10Cu<3La<0.05Pt<1Te<1
    As<10Dy<0.01Li<1Rb<1Th<0.05
    Au<10Er<0.01Lu<0.01Re<1Ti<10
    B<10Eu<0.01Mg<5Rh<1Tl<0.1
    Ba<1Fe<10Mn<2Ru<10Tm<0.01
    Be<5Ga<1Mo<1Sb<10U<0.01
    Bi<0.1Gd<0.01Na<5Sc<1V<1
    Ca<10Ge<1Nb<1Se<20W<5
    Cd<1Hf<0.05Nd<0.05Sm<0.01Y<1
    Ce<0.05Hg<20Ni<10Sn<10Yb<0.01
    Co<1Ho<0.01Pb<1Sr<1Zn<5
    Cr<10In<1Pd<10Ta<10Zr<1
    500ml SS12P
    Dgr H:272-290-331-314-EUH071
    P:260c-280c-301+330+331-305+351+338-309+310