Acetonitrile ≥99.9%, BAKER ANALYZED® LC-MS for HPLC, for LC-MS, for UV spectrophotometry, J.T.Baker®
Supplier: AVANTOR PERFORMANCE MATERIAL LLC
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Danger
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Synonyms:
Methane, cyano-
, Ethyl nitrile
, Methyl cyanide
, Ethanoic acid nitrile
, Methanecarbonitrile
, Ethanenitrile
, Cyanomethane
, ACN
Management of Change (MOC) category = N
BAKR9829-23
BAKR9829-03
BAKR9829-02
BAKR9829-23
BAKR9829-03
BAKR9829-02
JT9829-3CS
2463.54
USD
JT9829-3
JT9829-23
JT9829-2
CAJT9829-3
CAJT9829-23
CAJT9829-2
Acetonitrile ≥99.9%, BAKER ANALYZED® LC-MS for HPLC, for LC-MS, for UV spectrophotometry, J.T.Baker®
Acetonitrile
Pure, trusted chromatography solvents providing high selectivity, reproducibility and accuracy of results that come in a variety of grades such as HPLC, LCMS, ULTRA LCMS and PHOTREX.
Formula:
H₃CCN MW: 41.05 g/mol Boiling Pt: 81.6 °C (1013 hPa) Melting Pt: –45.7 °C Density: 0.782 g/cm³ (20 °C) Flash Pt: 2 °C (closed cup) Storage Temperature: Ambient |
MDL Number:
MFCD00001878 CAS Number: 75-05-8 EINECS: 200-835-2 UN: 1648 ADR: 3,II REACH: 01-2119471307-38 Merck Index: 13,00071 |
Specification Test Results
For Laboratory,Research,or Manufacturing Use | |
Assay (CH₃CN) | ≥99.9 % |
Appearance | Passes Test |
Gradient Elution Test (a.u.) - 254 nm | ≤0.0005 |
Gradient Elution Test (a.u.) - 210 nm | ≤0.002 |
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 |
Color (APHA) | ≤10 |
Residue after Evaporation | ≤0.8 ppm |
Water (H₂O) | ≤100 ppm |
LC/MS Suitability - Largest Response on ESI- Positive Mode (as Reserpine) | ≤50 ppb |
Trace Impurities - Aluminum (Al) | ≤50.0 ppb |
Trace Impurities - * Calcium (Ca) | ≤50.0 ppb |
Trace Impurities - Iron (Fe) | ≤50.0 ppb |
Trace Impurities - Magnesium (Mg) | ≤50.0 ppb |
Trace Impurities - Lithium (Li) | ≤30.0 ppb |
Trace Impurities - Nickel (Ni) | ≤30.0 ppb |
Trace Impurities - Potassium (K) | ≤50 ppb |
Trace Impurities - * Sodium (Na) | ≤50.0 ppb |
* May change over time due to extraction from glass container. | |
Filtered through a 0.2 micron filter. |
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