Product Description
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TESTS
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SPECIFICATION
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Description
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A White, crystalline powder
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Solubility (10%)
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solution should be clear& colourless
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Identification
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It gives the reaction of Phosphate & potassium
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pH
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8.5-9.6
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Chloride
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Max. 0.001%
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Sulphate
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Max. 0.005%
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Loss on drying
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Max. 1.0%
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Assay (on dry basis)
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Min. 99.5%
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Heavy Metals
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Max. 0.0005%
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Iron
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Max. 0.001%
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Sodium
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Max. 0.05%
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Nitrogen compounds
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Max. 0.001%
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Copper
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Max. 0.0005%
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Insoluble matter
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Max. 0.01%
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DIPOTASSIUMHYDROGEN ANHYDROUS ARManufacturer near me
DIPOTASSIUMHYDROGEN ANHYDROUS ARExporter near me
DIPOTASSIUMHYDROGEN ANHYDROUS ARManufacturer in Vadodara
DIPOTASSIUMHYDROGEN ANHYDROUS ARExporter in Vadodara
DIPOTASSIUMHYDROGEN ANHYDROUS ARManufacturer in Gujarat
DIPOTASSIUMHYDROGEN ANHYDROUS ARExporter in Gujarat
DIPOTASSIUMHYDROGEN ANHYDROUS ARExporter from Gujarat
DIPOTASSIUMHYDROGEN ANHYDROUS ARManufacturer in India
DIPOTASSIUMHYDROGEN ANHYDROUS ARExporter from India
DIPOTASSIUM HYDROGEN ANHYDROUS ARExporter in India
DIPOTASSIUMHYDROGEN ANHYDROUS ARBulk Manufacturer in India
Superior Quality and PurityOur Dipotassium Phosphate AR stands out with a minimum purity of 99.5%, making it exceptionally suitable for analytical and pharmaceutical use. Each batch undergoes strict quality control measures to ensure reliable results and consistent performance in critical laboratory and industrial processes.
Versatile Applications in Pharma and LabsThis product's excellent solubility and stable pH range (8.5-9.6) make it a preferred choice in pharmaceuticals and lab settings. Its ability to form a clear, colorless solution is vital for various applications, including buffer solutions and reagent formulations, ensuring precision in experimental results.
Safe and Reliable StorageDipotassium Phosphate AR is non-poisonous and best stored at room temperature, with a shelf life of five years. This ensures safety during handling and simplifies storage logistics, making it a practical option for both small laboratories and large-scale industries.
FAQ's of Dipotassium Phosphate AR:
Q: How should Dipotassium Phosphate AR be stored for optimal shelf life?
A: Store Dipotassium Phosphate AR at room temperature in a tightly sealed container, away from moisture and direct sunlight. Under these conditions, its shelf life extends up to five years, maintaining its quality and purity.
Q: What are the primary uses of Dipotassium Phosphate AR in pharmaceutical and laboratory settings?
A: It is mainly used as a buffering agent, nutrient source, and reagent in analytical procedures. Its high purity ensures accurate and reproducible results in experiments and product formulations, especially in pharmaceutical manufacturing and laboratory analyses.
Q: When is Dipotassium Phosphate AR most beneficial in analytical procedures?
A: Dipotassium Phosphate AR is most beneficial when a highly pure, stable pH reagent is required. Its clear, colorless solution and AR grade make it ideal for sensitive tasks such as buffer preparations, titrations, and standard laboratory tests.
Q: Where is Dipotassium Phosphate AR typically sourced from in India?
A: It is produced by reputable manufacturers, exporters, and traders across India, ensuring readily available supply to both domestic and international markets through established distribution channels.
Q: What is the recommended process for dissolving Dipotassium Phosphate AR in water?
A: Gradually add the powder to distilled or deionized water while stirring continuously. The solution should become clear and colorless, indicating complete dissolution and optimal preparation for lab or pharmaceutical applications.
Q: Is Dipotassium Phosphate AR considered poisonous or hazardous?
A: No, Dipotassium Phosphate AR is classified as non-poisonous. However, standard laboratory safety practices-such as wearing gloves and eye protection-are recommended during handling.
Q: What advantages does Dipotassium Phosphate AR offer in laboratory and pharma usage?
A: Its high purity, excellent solubility, and stable pH range provide dependable performance, reduce the risk of contamination, and ensure reproducibility in experiments, making it highly advantageous for both routine and specialized applications.