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Product Information

Basic information about this product

Article No. 006161
Grade Extra Pure
Purity 99%
CAS No. 7758-05-6
Molecular Formula KIO3
Molecular Weight 214.00
H.S. Code 28299010
Shelf Life 60 Months

Hazard Information

Safety and hazard classification

GHS03 GHS03
GHS07 GHS07
Hazard Symbols
GHS03, GHS07

Safety Information

Important safety instructions and precautions

Signal Word: Warning
UN No.: 1479
IMCO Class No.: 5.1
Packing Group: II
Hazardous Statement: H272-H302-H319
Precaution Statement: P210-P220-P264-P280-P301+P312-P305+P351+P338

Product Description

Detailed information about the product

Product Overview

Potassium Iodate 99% Extra Pure (CAS No. 7758-05-6) is the potassium salt of iodic acid and contains iodine in the +5 oxidation state. The iodate anion is a stable oxidising species that can be reduced through well-defined redox reactions and can generate molecular iodine from iodide under suitably acidic conditions. These properties make potassium iodate useful as an oxidant and as a controlled source of iodine equivalents in laboratory chemistry.

The Extra Pure grade is intended for general reagent preparation, preparative redox chemistry and laboratory investigations of iodine oxidation-state chemistry. The 99% assay is suitable to be used for all the laboratory activities that suits the stated specifications.

Typical Applications

  • Oxidising reagent in general laboratory redox chemistry.
  • Generation of iodine from iodide in controlled reaction systems.
  • Preparation of iodate-containing reagent solutions.
  • Iodine oxidation-state and reaction-mechanism studies.
  • Preparative inorganic chemistry involving iodate salts.
  • Oxidative transformations in laboratory synthesis where iodate is appropriate.

Common Synonyms

  • Iodic acid potassium salt
  • Potassium iodate(V)
  • Potassium trioxidoiodate

Storage Conditions

Store tightly closed and dry to maintain reagent composition and prevent contamination. Keep free from reducing contaminants or other substances capable of consuming iodate, as such contamination can alter its oxidising capacity.