ACETONITRILE (C2H3N): STRUCTURE, USES, RISKSThe acetonitrile is a substance of organic origin formed by only carbon, hydrogen and nitrogen. This chemical species belongs to the group of nitriles, with acetonitrile having the simplest structure among those of the organic type.Nitriles are a class of

Acetonitrile might sound like a term you find in a high school chemistry book, but there’s nothing elementary about its real world implications. While its colorless composition might seem innocuous, acetonitrile carries an Ether-like odor, hinting at its toxic effects. Like other dangerous chemicals

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Acetonitrile together with Methanol are the most commonly used solvents for HPLC and UHPLC Chromatography processes because most substances are easily soluble in both solvents, but not saturated hydrocarbons.

Application of high-purity Acetonitrile1 High-purity Acetonitrile reagentProduction of high purity Acetonitrile, must ensure purity ≥99.9%, water ≤100ppm, metal ion content ≤10ppb, the number of dust particle size greater than 0.2μm of less than 400/ml.

Application of conventional AcetonitrileAs a wide range of uses of organic chemical raw materials, Acetonitrile has high demands on its purity, wherein the conventional Acetonitrile required to achieve 99% purity in order to be widely used.1 Used as the hydrocarbon solvent for extraction separationA

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This product is colorless transparent liquid; There was a slight ether odor. Acetonitrile is mainly used as a solvent. Such as the extraction of butadiene solvent, synthetic fiber solvent and some special coatings solvent. Used in the petroleum industry to remove tar from petroleum hydrocarbons.