COBALT ACETATE

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COBALT ACETATE Specification

Strength
Chemical grade

Purity
99% min

Product Type
Inorganic compound, chemical salt

Material
Cobalt acetate tetrahydrate

Shape
Crystalline

Moisture
Less than 1%

Chemical Composition
Co(CH3COO)24H2O

Application
Catalyst manufacturing, preparation of pigments, laboratory reagent

Color
Pinkish

Packaging Type
HDPE bags/drums, custom sizes available

Storage
Keep in tightly closed container, dry, cool, and well-ventilated place

Appearance
Pinkish crystalline solid

Molecular Formula
C4H14CoO8

Specific Gravity
1.72

Shelf Life
12 months

CAS Number
6147-53-1

Boiling Point
Decomposes

Molar Mass
249.08 g/mol

pH (1% Solution)
Approximately 7

Solubility
Soluble in water, alcohol

Melting Point
140 C (decomposition)

About COBALT ACETATE

We are Contract Manufacturer and Exporter of Various Metallic Salts. Major All Grade available in Ready Stock for various application and also as per client specification. Quality Supply With Customers Satisfaction - Since 1971.

Versatile Applications in Industry

Cobalt acetate is crucial in a range of industries due to its role as a catalyst and as a component in pigment formulation. It is also widely utilized in laboratories as a reagent, supporting research and development in chemical synthesis and analysis. The compounds high purity and stable crystalline nature ensure reliability in both industrial and scientific contexts.

Packaging Designed for Safety and Customization

Packaged in HDPE bags or drums to preserve quality, cobalt acetate is supplied in multiple sizes tailored to customer needs. Such packaging not only maintains the compounds integrity by limiting moisture content below 1% but also enhances convenience for exporters, importers, and traders across India.

Optimal Storage for Extended Shelf Life

The compound maintains its properties best when stored in tightly closed containers in dry, cool, and well-ventilated environments. Proper storage safeguards its 12-month shelf life, ensuring consistent chemical strength and a stable pinkish crystalline appearance for all applications.

FAQs of COBALT ACETATE:

Q: How should cobalt acetate be stored to maintain its quality?

A: Cobalt acetate should be kept in a tightly closed container placed in a dry, cool, and well-ventilated location. This storage method preserves its chemical integrity and extends its shelf life to a maximum of 12 months.

Q: What are the primary industrial uses of cobalt acetate?

A: Cobalt acetate is mainly utilized in catalyst manufacturing, pigment preparation, and as a laboratory reagent. It is essential in chemical syntheses and is strongly preferred in research and manufacturing for its consistent purity.

Q: When does cobalt acetate decompose and at what temperature?

A: Cobalt acetate decomposes rather than boiling, with decomposition beginning at its melting point of approximately 140 C. This behavior influences how it should be handled during industrial processes.

Q: Where is cobalt acetate commonly supplied from and packaged?

A: As an exporter, importer, manufacturer, supplier, and trader in India, cobalt acetate is typically packaged in HDPE bags or drums, with custom sizes available to meet varying volume requirements.

Q: Does cobalt acetate offer any benefits in laboratory settings?

A: Yes, cobalt acetate provides significant benefits in laboratories due to its high purity, stable crystalline form, and water solubility. These properties make it reliable for accurate experimentation and chemical synthesis.

Q: What is the usual process for using cobalt acetate in pigment preparation?

A: In pigment preparation, cobalt acetate serves as a precursor in chemical reactions, often being mixed with other reagents in solution, where its solubility in water and alcohol aids even distribution and reactivity.

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