Packings
500 ml
500 ml

Product Information

Basic information about this product

Article No. 006273
Grade Synthesis
Purity 99%
CAS No. 67-63-0
Molecular Formula C3H8O
Molecular Weight 60.10
H.S. Code 29051220
Shelf Life 60 Months

Hazard Information

Safety and hazard classification

GHS02 GHS02
GHS07 GHS07
Hazard Symbols
GHS02, GHS07

Safety Information

Important safety instructions and precautions

Signal Word: Danger
UN No.: 1219
IMCO Class No.: 3
Packing Group: II
Hazardous Statement: H225-H319-H336
Precaution Statement: P210-P261-P305 + P351 + P338

Product Description

Detailed information about the product

Product Overview

iso-Propyl Alcohol 99% For Synthesis (CAS No. 67-63-0) is the secondary three-carbon alcohol 2-propanol, in which the hydroxyl-bearing carbon is bonded to two methyl groups. This secondary-alcohol structure distinguishes its reaction behaviour from 1-propanol and enables oxidation to acetone, ester formation, alkoxide generation and participation in hydrogen-transfer chemistry under suitable catalytic conditions. Its polarity and broad solvent compatibility also make it useful as a preparative reaction medium.

The Synthesis grade is intended for organic synthesis, solvent use, crystallisation and preparation of isopropyl derivatives. It may act as either a reagent or a protic reaction solvent depending on the transformation.

Typical Applications

  • Preparation of isopropyl esters by esterification or acylation.
  • Formation of isopropoxide reagents and metal isopropoxides.
  • Oxidation studies involving conversion of a secondary alcohol to acetone.
  • Solvent or co-solvent for compatible organic reactions.
  • Transfer-hydrogenation systems in which 2-propanol serves as a hydrogen donor.
  • Crystallisation, washing and reaction-development work requiring a secondary alcohol solvent.

Common Synonyms

  • Isopropanol
  • 2-Propanol
  • Propan-2-ol
  • Isopropyl alcohol
  • sec-Propyl alcohol
  • Dimethyl carbinol
  • IPA

Storage Conditions

Store tightly closed to minimise evaporation, moisture uptake and prolonged exposure to air. Because isopropanol can form peroxides during extended contact with oxygen, preserve aged material from conditions that promote peroxide accumulation or concentration.