Potassium 19 K 39.0983

Potassium Sulfate FCC Powder

Jost Code: 2683

Synonyms: Dipotassium sulfate, sulfuric acid, dipotassium salt

Potassium Sulfate FCC Powder can be used as a dietary ingredient and as a nutrient. Potassium works with sodium to normalize heart rhythms and to regulate the body’s waste balance. It also preserves proper alkalinity of body fluids and assists in reducing high blood pressure. Product specifications, SDSs and certifications are available under Additional Information.

Chemical Formula
K2SO4
CAS Number
7778-80-5
Molecular Weight
174.3
Use
Nutrient; Dietary Ingredient
Description
White odorless powder
Containers
220 lb/100 kg fiber drums; 55 lb/25 kg cartons
Storage
Store in a clean, dry warehouse in the original unopened containers.
Revision Date
07/15/2021
Description
White Crystals or Crystalline Powder
Identification
Potassium
Pass
Sulfate
Pass
Solubility
Pass
Assay
99.0% - 100.5%
pH (5%)
5.5 - 8.5
Selenium
5 ppm maximum
Lead
2 ppm maximum
Microbial Test Results
Aerobic Plate Count
10³ cfu/g Maximum
Yeast and Mold Count
10² cfu/g Maximum
100 cfu/gram maximum
Negative
Technical Information
Related Articles
  • Semin Nephrol.. 2014 May Role of Circadian Rhythms in Potassium Homeostasis

    It has been known for decades that urinary potassium excretion varies with a circadian pattern. In this review, we consider the historical evidence for this phenomenon and present an overview of recent developments in the field. Extensive evidence from the latter part of the last century clearly demonstrates that circadian potassium excretion does not depend… Read Abstract

  • Semin Nephrol.. 2013 May Potassium in hypertension and cardiovascular disease.

    The increased prevalence of hypertension and cardiovascular disease in industrialized societies undoubtedly is associated with the modern high-sodium/low-potassium diet. Extensive experimental and clinical data strongly link potassium intake to cardiovascular outcome. Most studies suggest that the sodium-to-potassium intake ratio is a better predictor of cardiovascular outcome than either nutrient individually. A high-sodium/low-potassium environment results in… Read Abstract