Methanol ≥99.9% (by GC), UltimAR® for liquid chromatography, for organic residue analysis, for UV spectrophotometry, Macron Fine Chemicals™

Methanol ≥99.9% (by GC), UltimAR® for liquid chromatography, for organic residue analysis, for UV spectrophotometry, Macron Fine Chemicals™

:67-56-1

:CH₃OH

:MFCD00004595

:32.04 g/mol

:13,05984

:64.6 °C (1013 hPa)

:–98 °C

:0.7918 g/cm³ (20 °C)

:11 °C (closed cup)

:Ambient

:200-659-6

:1230

:3,II

:01-2119433307-44

:GHS02

:GHS06

:GHS08

Environmentally Preferable:
Safer Human and Environmental Health
Environmental certification:
Chem21 Solvent Selection Guide recommended after discussion

For Laboratory,Research,or Manufacturing Use:
Passes Test
Appearance:
Passes Test
ACS - Assay (CH₃OH) (by GC, corrected for water):
≥99.9 %
Carbonyl Compounds - Acetone:
≤0.001 %
Carbonyl Compounds - Acetaldehyde:
≤0.001 %
Carbonyl Compounds - Formaldehyde:
≤0.001 %
Color (APHA):
≤5
Residue after Evaporation:
≤0.00010 %
Solubility in H₂O:
Passes Test
Substances Darkened by H₂SO₄:
Passes Test
Substances Reducing Permanganate:
Passes Test
Titrable Acid (meq/g):
≤0.0003
Titrable Base (meq/g):
≤0.0002
Water (H₂O)(by Karl Fischer titrn):
≤0.05 %
Ultraviolet Absorbance (1.00-cm cell vs. water) - 205 nm:
≤1.00
Ultraviolet Absorbance (1.00-cm cell vs. water) - 210 nm:
≤0.80
Ultraviolet Absorbance (1.00-cm cell vs. water) - 220 nm:
≤0.25
Ultraviolet Absorbance (1.00-cm cell vs. water) - 230 nm:
≤0.12
Ultraviolet Absorbance (1.00-cm cell vs. water) - 240 nm:
≤0.05
Ultraviolet Absorbance (1.00-cm cell vs. water) - 260 nm:
≤0.01
Ultraviolet Absorbance (1.00-cm cell vs. water) - 400 - 280 nm:
≤0.005
Liquid Chromatography Suitability Absorbance:
Passes Test
HPLC Gradient Elution (No Peak Greater than 25% of Full Scale)(0.005 au):
Passes Test
ECD Sensitive Impurities (as Heptachl or Epoxide) Single Peak (ng/L):
≤5
Sum of the Peaks (ng/L):
≤10
FID Sensitive Impurities (as 2-Octano l) Single Peak (µg/L):
≤5
Sum of the Peaks (µg/L):
≤10
Fluorescence Trace Impurities, measured as Quinine Base - at Emission Maximum for Impurities:
≤1.0 ppb