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Hexane (mixture of isomers) ≥99.5% (by GC, sum of isomers + methylcyclopentane) (95% n-Hexane), UltimAR® for liquid chromatography, for organic residue analysis, Macron Fine Chemicals™
Hexane (mixture of isomers) ≥99.5% (by GC, sum of isomers + methylcyclopentane) (95% n-Hexane), UltimAR® for liquid chromatography, for organic residue analysis, Macron Fine Chemicals™
Certificates
Hexane (mixture of isomers) ≥99.5% (by GC, sum of isomers + methylcyclopentane) (95% n-Hexane), UltimAR® for liquid chromatography, for organic residue analysis, Macron Fine Chemicals™
Hexane (mixture of isomers) ≥99.5% (by GC, sum of isomers + methylcyclopentane) (95% n-Hexane), UltimAR® for liquid chromatography, for organic residue analysis, Macron Fine Chemicals™
Certificates
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Specification Test Results

  • For Laboratory,Research,or Manufacturing Use:
  • methylcyclopentane)(by GC):
    ≥99.5 %
  • ACS - Assay (sum of 5 isomers, total hexanes plus:
    ≥99.5 %
  • ACS - Assay (as n-hexane) (by GC, corrected for water):
    ≥95.0 %
  • ACS - Color (APHA):
    ≤10
  • ACS - Residue after Evaporation:
    ≤0.0001 %
  • ACS - Sulfur Compounds (as S):
    ≤0.005 %
  • ACS - Thiophene:
    Passes Test
  • ACS - Water (H₂O)(by Karl Fischer titrn):
    ≤0.01 %
  • ACS - Water-Soluble Titrable Acid (meq/g):
    ≤0.0003
  • Ultraviolet Absorbance (1.00-cm cell vs. water) - 195 nm:
    ≤1.00
  • Ultraviolet Absorbance (1.00-cm cell vs. water) - 210 nm:
    ≤0.20
  • Ultraviolet Absorbance (1.00-cm cell vs. water) - 220 nm:
    ≤0.07
  • Ultraviolet Absorbance (1.00-cm cell vs. water) - 230 nm:
    ≤0.05
  • Ultraviolet Absorbance (1.00-cm cell vs. water) - 240 nm:
    ≤0.04
  • Ultraviolet Absorbance (1.00-cm cell vs. water) - 250 nm:
    ≤0.02
  • Ultraviolet Absorbance (1.00-cm cell vs. water) - 254 nm:
    ≤0.005
  • Ultraviolet Absorbance (1.00-cm cell vs. water) - 280 - 400 nm:
    ≤0.005
  • Fluorescence Trace Impurities, measured as Quinine Base - at 450 nm Emission:
    ≤0.3 ppb
  • Fluorescence Trace Impurities, measured as Quinine Base - at Emission Maximum for Impurities:
    ≤1.0 ppb
  • ECD Sensitive Impurities (as Heptachl or Epoxide) Single Peak (ng/L):
    ≤10 ppb
  • FID Sensitive Impurities (as 2-Octano l) Single Peak (µg/L):
    ≤5 ppb
  • FID - Sum of the Peaks (µg/L):
    ≤10
  • ECD-Sensitive Impurities (as Ethylene Dibromide) - Single Impurity Peak (ng/mL):
    ≤5
  • Neat Solvent Front Characterization - Largest Peak, 0-0.4 x RT (ng/mL):
  • Filtered through a 0.2 micron filter.:
  • Packaged under Nitrogen:

Specification Test Results

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