Potassium Iodide In Bharuch

StorageRoom Temperature

Physical FormPowder

AppearanceWhite crystal

Chemical FormulaKI

FeaturesHigh purity Effective dosage Easy to use Safe handling Cost-effective

Molar Mass166.00 g/mol

Packaging1kg

Purity99%

AppearanceWhite crystalline powder

Chemical FormulaKI

Density3.12 g/cm³

FeaturesHigh purity Fast dissolving Effective dosage Stable compound Safe handling

Melting Point681 °C

Molar Mass166.00 g/mol

MOQ5000 Bottle/Bottles

Product TypeGeneral Medicines

FormLiquid

Age GroupAdult Children Suitable for All Ages

Storage InstructionsNORMAL TEMP

MOQ10 Kilograms/Kilograms

Molecular FormulaKI

PoisonousYes

FormSolid

Melting Point681C

Other NamesKI

Molecular Weight166.00 g/mol

MOQ100 Kilograms/Kilograms

ShapePowder

FormPowder

Power Supplymanual

Refractive Rate1.43 (approx.)

PurityHigh

StorageDry Place

Melting Point681AdegC

ApplicationOther Used in pharmaceutical formulations photography analytical chemistry food additives and as a source of iodine

AppearanceWhite crystalline powder

StorageOther Store in tightly closed container in a cool dry well-ventilated area away from incompatible substances

Physical FormPowder

IngredientsPotassium Iodide

MOQ50 Kilograms/Kilograms

Purity99% Min

SolubilityFreely soluble in water and glycerol slightly soluble in ethanol

HS Code28276010

Ph LevelNeutral (pH ~7 in 5% solution)

Refractive Rate1.670

Structural FormulaKI

MOQ500 Kilograms/Kilograms

StorageRoom Temperature

Melting Point681 AdegC

CAS No7681-11-0

SolubilityWater Soluble

UsageIndustrial

Molecular FormulaKI

MOQ100 Kilograms/Kilograms

Molecular FormulaKIO3

StorageKeep away from moisture

SolubilityWATER

Purity99%

ClassificationOrganic Chemicals

StandardHIGH QUALITY

CAS Number7681-11-0

FeaturesThyroid protection Radiation shield Precise pH Long shelf life Safe packaging High quality No side effects

FormCrystalline powder

Molecular Weight166 g/mol

PackagingAir sealed

Purity99.9%

MOQ100 Kilograms/Kilograms

UsageThe uses of KI include as a nutritional supplement in animal feeds and also the human diet. For the latter it is the most common additive used to "iodize" table salt (a public health measure to prevent iodine deficiency in populations that get little seafood). The oxidation of iodide causes slow loss of iodine content from iodised salts that are exposed to excess air. The alkali metal iodide salt over time and exposure to excess oxygen and carbon dioxide slowly oxidizes to metal carbonate and elemental iodine which then evaporates.[10] Potassium iodate is used to add iodine to some salts so that the iodine is not lost by oxidation. Dextrose or sodium thiosulfate are often added to iodized table salt to stabilize potassium iodide thus reducing loss of the volatile chemical

Applicationfood

StorageRoom Temperature

PoisonousNO

Molecular Weight166 Grams (g)

Molecular FormulaKI