Cobalt Sulphate

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Cobalt Sulphate Specification

Shelf Life
24 months

CAS No
10124-43-3

Density
2.03 Gram per cubic centimeter(g/cm3)

Purity
98%

Size
Custom per order

Packaging Type
HDPE bags, Drums

Boiling point
Decomposes before boiling

Molecular Weight
281.10 g/mol

Molecular Formula
CoSO47H2O

Usage
Used in the preparation of cobalt pigments, catalysts, and electrolytes

Storage Instructions
Store in cool, dry place, keep container tightly closed

Melting Point
96C

Physical State
Crystalline solid

Ph Level
4.5 6.0 (5% solution)

Grade
Industrial Grade

Type
Inorganic Chemical

Application
Electroplating, Catalyst, Pigments, Battery Production, Ceramics

Appearance
Pink to red crystalline powder

Purity(%)
98%

About Cobalt Sulphate

Being a trustworthy entity, we are occupied in manufacturing, exporting and supplying Cobalt Sulphate. Offered sulphate is widely demanded in preparation of pigments, porcelains, glass, storage batteries, electroplating baths, inks and many more application. Under the supervision of deft professionals, this sulphate is processed using basic chemical compounds and sophisticated techniques. In addition, clients can avail the offered Cobalt Sulphate from us in hygienic packaging options at viable prices.

Features:

Red monoclinic crystals
High melting point
Soluble in water
Accurate pH value

Product	Cobalt Sulphate
Synonyms	Cobalt Sulphate
CAS NO.	10026-24-1
Molecular Formula	CoSo4
Molecular Weight	281.10
Molecular Weight	281.10
Molecular Weight	281.10
Description	Red Powder.
Assay	98.0% min.
Co Content Of Cobalt Sulphate	20.55% min.
Co Water Insoluble	0.1% Max.
Co Melting point	735 °C (anhydrous), 74 °C (heptahydrate)

Quality and Safety Assurance

Cobalt Sulphate meets stringent industrial standards, offering high purity (98%) and minimal impurities, such as lead (<20 ppm) and copper (<10 ppm). The packaging and storage instructions ensure product stability and safety. As a hazardous substance (Class 6.1), proper handling and exclusive storage away from strong oxidizing agents are crucial for workplace safety.

Versatile Industrial Applications

This compound serves prominent roles in various industries, including electroplating, pigment synthesis, battery production, ceramics, and catalysis. Its excellent solubility makes it convenient for incorporation into numerous chemical processes. Industries benefit from custom sizing and easy distribution, with options for secure packaging in HDPE containers or drums.

FAQs of Cobalt Sulphate:

Q: How should Cobalt Sulphate be stored for optimal stability and safety?

A: Cobalt Sulphate should be stored below 30C in a cool, dry environment. Containers must be tightly closed and kept away from strong oxidizing agents to maintain stability and prevent hazardous reactions.

Q: What are the main industrial applications of Cobalt Sulphate?

A: This chemical is commonly used in electroplating, battery production, pigment manufacturing, catalysis, and ceramics due to its high solubility and stability. It is also involved in the preparation of cobalt electrolytes and pigments for industrial processes.

Q: When does Cobalt Sulphate reach its expiration and how is shelf life determined?

A: Cobalt Sulphate has a shelf life of 24 months when properly stored in recommended conditions. Shelf life is primarily determined by storage temperature and the prevention of moisture ingress, ensuring impurity levels remain low.

Q: Where is Cobalt Sulphate typically manufactured and supplied from?

A: Cobalt Sulphate is manufactured, exported, and supplied by industrial producers in India, offering international distribution for diverse industrial sectors.

Q: What process is involved in using Cobalt Sulphate for electroplating?

A: In electroplating, Cobalt Sulphate is dissolved in water to prepare electrolyte solutions. Its excellent solubility and purity ensure efficient deposition of cobalt coatings on various substrates, enhancing surface durability and corrosion resistance.

Q: How does the purity and low impurity content of Cobalt Sulphate benefit industrial users?

A: The 98% purity and low concentrations of lead and copper (<20 ppm and <10 ppm, respectively) ensure high quality and reliable performance in end applications, minimizing the risk of contamination and supporting stringent industrial standards.

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