Acetonitrile, anhydrous (max. 0.003% H₂O) ≥99.9%, HiPerSolv CHROMANORM®, super gradient grade for HPLC, VWR Chemicals BDH®Supplier: VWR International
Filtered through a 0.2 µm filter, packaged under nitrogen.
From the exclusive family of high-quality, competitively priced BDH Chemicals – High Purity solvents for HPLC applications. These solvents are manufactured and packed in state of the art ISO9001 solvent production facilities and feature an unparalleled combination of performance and price for even the most demanding liquid chromatography applications.
Solvents are pumped through 0.2micron filters on filling and packaged under Nitrogen.
All bottles have tamper evident caps for added peace of mind and are packed in environmentally –friendly corrugated/pulp case inserts that are fully recyclable.
To purchase these solvents in stainless steel returnable drums as part of the VWR ReCAP program, please contact your local VWR sales representative. A separate contract for VWR ReCAP products is required.
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
CAS Number: 75-05-8
Merck Index: 13,00071
Specification Test Results
|Assay||Min. 99.9 %|
|Solution (100 g/L)||Neutral|
|Acidity||Max. 0.0008 meq/g|
|Alkalinity||Max. 0.0006 meq/g|
|Coloration||Max. 10 APHA|
|n 20/D||1.343 to 1.345|
|Evaporation Residue||Max. 2 ppm|
|Water||Max. 30 ppm|
|Absorbance (200 nm)||Max. 0.10|
|Transmittance (190 nm)||Min. 10 %|
|Transmittance (195 nm)||Min. 80 %|
|Transmittance (200 nm)||Min. 95 %|
|Transmittance (210 nm)||Min. 96 %|
|Transmittance (220 nm)||Min. 97 %|
|Transmittance (230 nm)||Min. 98 %|
|Transmittance (240 nm)||Min. 99 %|
|Transmittance (250 nm)||Min. 99 %|
|Transmittance (240 to 420 nm)||Min. 99 %|
|Fluorescence (as quinine) (254 nm)||Max. 1 ppb|
|Gradient grade (210 nm)||Max. 10 mAU|
|Conforms to ACS||Passes Test|
|Conforms to ACS (HPLC/UV)||Passes Test|
|Conforms to Reag. Ph.Eur.||Passes Test|
|Conforms to USP||Passes Test|