POTASSIUM IODATE 1-60 MOL-L (0.1N) VOLUMETRIC SOLUTION

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POTASSIUM IODATE 1-60 MOL-L (0.1N) VOLUMETRIC SOLUTION Specification

Ph Level
Neutral (approximately 6-8 depending on solution concentration)

Purity
99.0% potassium iodate solubility precisely diluted

Structural Formula
K-I-O3

Solubility
Highly soluble in water

Physical Form
Liquid (solution form)

Properties
Oxidizing agent in chemical processes stable in solution form

Application
Used as a standard reagent in volumetric analysis especially oxidimetry and titration processes

HS Code
28417090

Ingredients
Potassium iodate dissolved in water at a precise molarity (0.1N 1-60 mol/L)

Melting Point
560C (decomposes)

EINECS No
231-831-9

Appearance
Clear colorless liquid

Poisonous
NO

Shape
N/A in liquid form

Molecular Formula
KIO3

Molecular Weight
214.00 g/mol

Storage
Store in tightly closed container at a cool dry and well-ventilated place away from sunlight and incompatible substances

Smell
Odorless

Taste
Odorless and flat (neutral taste in solution form)

Usage
Scientific research laboratories industrial quality control and pharmaceutical applications for precise titration

Refractive Rate
Not applicable for solutions of this type

Grade
Laboratory-grade volumetric solution

Density
1 Gram per cubic centimeter(g/cm3)

CAS No
7758-05-6

Shelf Life
1 year under ideal storage conditions

About POTASSIUM IODATE 1-60 MOL-L (0.1N) VOLUMETRIC SOLUTION

Potassium Iodate 1-60 mol-L (0.1N) Volumetric Solution is a laboratory-grade liquid solution with a molecular formula of KIO3. It is odorless, tasteless, and non-poisonous, making it suitable for various applications such as oxidimetry and titration processes. This clear, colorless solution is highly soluble in water and serves as an oxidizing agent in chemical processes. With a purity of 99.0%, this solution is stable, with a shelf life of one year when stored properly. It is commonly used in scientific research laboratories, industrial quality control, and pharmaceutical applications for precise titration.