Hexachloroplatinic Acid
2900 INR/Grain
Product Details:
- Melting Point 40C
- Ph Level <1 (strongly acidic)
- Storage Store in a cool, dry place, airtight containers, away from incompatible substances
- Structural Formula [PtCl6]2-
- Molecular Weight 409.81 g/mol
- Form Red-orange crystals
- Molecular Formula H2PtCl6
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Hexachloroplatinic Acid Price And Quantity
- 25 Container
- 2900 INR/Grain
- Hygroscopic
- Produced by dissolving platinum in aqua regia
- Toxic if swallowed, causes burns
- Red-orange hygroscopic crystals
- Stable under recommended conditions
- Sealed bottle or ampoule
- Strong reducing agents and alkalis
- 2 years under recommended storage
Hexachloroplatinic Acid Product Specifications
- Decomposes
- 16941-12-1
- Crystalline solid
- Odorless
- Yes
- Platinum compound
- Used in preparation of platinum catalysts, chemical research
- Inorganic acid
- Hexachloroplatinic Acid
- 99%
- 28439090
- Soluble in water
- Chloroplatinic Acid
- Catalyst manufacture, chemical intermediates, laboratory reagent
- H2PtCl6
- 2.43 Gram per cubic centimeter(g/cm3)
- Red-orange crystals
- [PtCl6]2-
- Store in a cool, dry place, airtight containers, away from incompatible substances
- 409.81 g/mol
- Meets ACS specifications
- <1 (strongly acidic)
- Analytical / Laboratory Grade
- 40C
- 233-293-7
- Platinum
- Hygroscopic
- Produced by dissolving platinum in aqua regia
- Toxic if swallowed, causes burns
- Red-orange hygroscopic crystals
- Stable under recommended conditions
- Sealed bottle or ampoule
- Strong reducing agents and alkalis
- 2 years under recommended storage
Hexachloroplatinic Acid Trade Information
- 1000 Container Per Day
- 1 Week
Product Description
Hexachloro Platinic Acid is produced by diluting platinum in aqua regia or chlorine enriched hydrochloric acid. This acid is notable for its reddish brown appearance. It is hygroscopic by nature. This acid is used as essential part of platinum plating bath and platinum compound making process. Melting point of Hexachloro Platinic Acid is 60 degree C. It is soluble in water and it may decompose whrn exposed to moisture, air or sunlight. This chemical needs to be stored at 2 degree C to 8 degree C storage temperature range.Superior Purity and Consistent Quality
Each batch of Hexachloroplatinic Acid is produced from high-grade platinum, resulting in 99% purity suitable for analytical and laboratory grade requirements. Rigorous manufacturing and quality control processes adhere to ACS standards, ensuring consistent performance for research and industrial applications.
Applications in Catalysis and Research
Hexachloroplatinic Acid is widely used in the preparation of platinum-based catalysts, essential in the chemical and pharmaceutical industries. Researchers often employ it as a chemical intermediate or reagent due to its strong oxidative properties and reliable solubility in water, making it a cornerstone for advanced laboratory investigations.
Safe and Secure Packaging
To maintain its stability and prevent moisture ingress, Hexachloroplatinic Acid is supplied in sealed bottles or ampoules. This specialized packaging safeguards the product during transportation and storage, preserving its effectiveness over its two-year shelf life when kept under recommended conditions.
FAQs of Hexachloroplatinic Acid:
Q: How should Hexachloroplatinic Acid be stored to ensure maximum shelf life?
A: To preserve the quality and stability of Hexachloroplatinic Acid, store it in tightly sealed containers in a cool, dry environment, away from moisture and incompatible substances such as strong reducing agents and alkalis.Q: What are the primary uses of Hexachloroplatinic Acid in industry and research?
A: Hexachloroplatinic Acid is mainly used in the manufacture of platinum catalysts, serves as a chemical intermediate, and is a standard reagent in laboratory research, particularly in synthesizing platinum compounds and analytical studies.Q: When does Hexachloroplatinic Acid decompose, and how should it be handled?
A: Hexachloroplatinic Acid decomposes upon boiling rather than melting. Handle it with appropriate protective equipment, as it is toxic, causes burns, and is highly acidic. Careful handling and proper storage safeguards users from hazards.Q: What process is used to manufacture Hexachloroplatinic Acid?
A: This compound is manufactured by dissolving metallic platinum in aqua regia (a concentrated mixture of nitric and hydrochloric acids), producing high-purity Hexachloroplatinic Acid crystals after controlled evaporation and purification steps.Q: Where is Hexachloroplatinic Acid commonly supplied from?
A: Hexachloroplatinic Acid of analytical and laboratory grade is typically supplied and exported from India, meeting stringent ACS standards and international quality specifications for laboratory and industrial applications.Q: What are the main benefits of using Hexachloroplatinic Acid in catalytic applications?
A: Due to its high purity, strong acidity, and excellent water solubility, Hexachloroplatinic Acid provides reliable performance as a precursor or activator in the manufacturing of platinum-based catalysts, enhancing efficiency in various chemical processes.Tell us about your requirement
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