Cobalt Oxide

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Cobalt Oxide Specification

Melting Point
1935C

Molecular Formula
CoO

Purity
99%

Storage Instructions
Store in tightly sealed containers, in a dry and cool place

Usage
Manufacture of pigments, ceramics, catalysts, and electronic materials

Molecular Weight
74.93 g/mol

Packaging Type
Bag, Drum

Physical State
Powder

Density
6.44 Gram per cubic centimeter(g/cm3)

CAS No
1307-96-6

Size
Custom as per requirement

Shelf Life
12 Months

Grade
Industrial, Laboratory

Type
Inorganic Compound

Application
Ceramic, Glass, Paint, Battery, Catalyst

Appearance
Black powder

Purity(%)
99%

Transport Information
Non-hazardous material for transport

Color
Black

Stability
Stable under recommended storage conditions

Refractive Index
Not determined

Moisture Content
<0.5%

Solubility
Insoluble in water

HS Code
28269000

Odor
Odorless

Particle Size
<50 micron

Hazard
Irritant, environmentally hazardous

Synthesis Method
Thermal decomposition of cobalt(II) nitrate

Conductivity
Non-conductive

About Cobalt Oxide

Since 1978, we have been manufacturing, exporting and supplying a pure form of Cobalt Oxide. This oxide is used as a coloring agent in kiln fired pottery, ceramic industry and to create blue colored glazes and enamels. Manufactured using supreme quality chemical compound and innovative methods, these are processed under constant temperature. Available in different moisture free packaging options, clients can avail this Cobalt Oxide from us at the most reasonable prices.

Features:

Act as anti ferro magnetic below 16 °C.
Chemically stable
Free from contamination
Hazardous in nature

CAS No	1308-06-1
Formula	CO3O4
Description	Steel-grey or Black Powder
CO3O4	70.0-73.0 %
NiO	0.35 % Max.
Fe2 O3	0.08 % Max.
SO4	0.45 % Max.
Other Impurities	0.20 % Max.
Mn	Less than 3500 ppm
Assay	99 %
Packing	25/50 Kg. Drums/Bags

Application: In Enamels, in Semiconductors, in Grinding Wheel

Key Applications of Cobalt Oxide

Cobalt oxide is widely utilized in manufacturing pigments for ceramics and glass, providing vibrant color and durability. Its catalytic properties are exploited in chemical industries, while its role in batteries and electronic materials makes it valuable for modern technology. The products versatility supports both industrial and laboratory requirements.

Handling and Safety Considerations

Despite being classified as non-hazardous for transport, cobalt oxide is an irritant and poses environmental risks. Users should always wear appropriate personal protective equipment and follow safety guidelines. Proper storage in a dry, cool, and tightly sealed container ensures product stability and reduces accidental exposure.

Product Quality and Customization

With a purity of 99%, cobalt oxide is offered in customizable particle sizes and moisture content under 0.5%. Its consistent quality and tailored packaging (bag or drum) suit varied needs. Reliable shelf life and strict synthesis controls guarantee optimum performance for industrial, laboratory, and exporting purposes.

FAQs of Cobalt Oxide:

Q: How should cobalt oxide be stored to maintain its stability?

A: Cobalt oxide should be kept in tightly sealed containers, placed in a dry and cool environment. This prevents moisture uptake and maintains product integrity for its 12-month shelf life.

Q: What is the synthesis process for cobalt oxide?

A: Cobalt oxide is produced by thermal decomposition of cobalt(II) nitrate, resulting in a pure black powder suitable for industrial and laboratory applications.

Q: Where is cobalt oxide commonly used?

A: Cobalt oxide is used in the manufacture of ceramic, glass, paint, battery, catalyst, and electronic materials due to its chemical and physical properties.

Q: When should personal protective equipment be worn with cobalt oxide?

A: Protective gear should be worn during handling, processing, and disposal of cobalt oxide, as it can act as an irritant and may be hazardous to the environment.

Q: What benefits does cobalt oxide offer in battery production?

A: Cobalt oxide enhances battery efficiency and lifespan due to its stable structure and high purity, making it integral in advanced energy storage solutions.

Q: How is cobalt oxide transported?

A: Cobalt oxide is classified as a non-hazardous material for transport, allowing safe shipping when packed in bags or drums, though environmental safety measures should still be observed.

Q: What is the recommended application process for cobalt oxide in ceramics and glass?

A: Cobalt oxide is mixed into ceramic or glass materials to impart vibrant color and improved durability. Its fine particle size ensures even distribution and optimal performance.

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