CAS: 64-19-7
SKU: S3096
Glacial Acetic Acid 100% | SKU: S3096

Specifications

AppearanceColor (APHA) 10
Boiling Point117°C
Melting Point16°C
Vapor Pressure1.52 kPa at 20°C
Density1.048g/cm³
pH2.5
ColorColorless
Assay Percent Range≥99.7 w/w % CH3COOH
PackagingGlass Bottle
Linear FormulaCH3COOH
Formula Weight60.05
Physical FormLiquid
Chemical Name or MaterialAcetic Acid, Glacial, 17.4N
UN Number2789
GradeHPLC
Water0.1% max.
Additional InformationVapor Pressure: 1.52kPa at 20°C
Absorbance0.02 AU max. at 350nm, 0.05 AU max. at 280nm, 1.0 AU max. at 255nm
Acetic Anhydride0.01%
Chlorine (Cl)1 ppm
Dilution TestPasses Test
Heavy Metals (as Pb)0.5 ppm
Iron (Fe)0.2 ppm
Meets ACS sMeets Requirements
Residue after Evaporation0.001%
Substances Reducing PermanganatePasses Test
Substances Reducing DichromatePasses Test
Titratable Base0.0004 meq/g
Sulfate1 ppm

Applications

No Application Found

Product Description

Acetic acid (PubChem CID: 176) — also known as ethanoic acid, ethylic acid, glacial acetic acid, methanecarboxylic acid, vinegar acid, Acetasol, acide acétique, and Essigsäure — is a widely used organic acid with multiple synonymous names.

Safety Information

No Safety Information Found

Related Products

FAQs: Glacial Acetic Acid 100%

Known for its great purity, glacial acetic acid is a concentrated version of acetic acid. Used as a solvent and in manufacturing processes including the creation of synthetic fibres and plastics, it has many uses in the chemical and industrial industries.

Glacial acetic acid properties include a colorless look and a strong, sour smell. Used in sectors like chemical synthesis and food manufacture, it is quite corrosive.

Glacial acetic acid is used as a solvent in chemical synthesis, a preservative in food preparation, and a reagent in laboratory work. Producing acetic anhydride and other compounds, such as acetate esters, also depends on it.

Glacial acetic acid boils at 117°C. This quality makes it beneficial in certain chemical processes needing exact control over temperature and evaporation, such as industrial production and laboratory analysis.

The acetic acid chemical composition is shown by the formula C2H4O2, which has two carbon atoms, four hydrogen atoms, and two oxygen ones. Its simplicity allows for many uses, including industrial and culinary ones.