Barium Carbonate Powder

Barium Carbonate Powder Specification

Structural Formula
BaCO3

Poisonous
Yes

Purity
99% (typical)

HS Code
28366000

Boiling point
Decomposes before boiling

Form
Powder

Storage
Keep in a tightly sealed container, store in a cool, dry place

Solubility
Insoluble in water, soluble in acids

Density
4.43 Gram per cubic centimeter(g/cm3)

Smell
Odorless

Melting Point
811C

Molecular Formula
BaCO3

Taste
Odorless

Shape
Fine powder

Other Names
Witherite, carbonic acid, barium salt

Molecular Weight
197.34 g/mol

Classification
Inorganic salt

Chemical Name
Barium Carbonate

CAS No
513-77-9

EINECS No
208-167-3

Grade
Industrial Grade

Standard
IS: 3111, technical grade

Type
Powder

Usage
Industrial, laboratory chemicals, glass & ceramics, brick enameling

Main Material
Barium Carbonate (BaCO3)

Application
Ceramics, glass manufacturing, ferrite, brick, tile, rodenticide, chemical synthesis

Non Toxic
Yes

UN Number
1564

Chloride (Cl) Content
< 0.05%

Appearance
White, free-flowing fine powder

Iron Content (Fe2O3)
< 0.01%

Moisture Content
< 0.3%

Packaging
HDPE bags with inner liner or as required

Incompatibility
Acids, oxidizers

Transport Hazard Class
6.1 (Toxic substances)

Particle Size
Customizable; typically < 10 microns

Loss on Ignition
43-45%

Shelf Life
24 months from date of manufacture if stored properely

Heavy Metals
< 10 ppm

Stability
Stable under normal conditions

Safety Precautions
Handle with care, avoid ingestion and inhalation

About Barium Carbonate Powder

Packaging Size	25 Kg
Form	Powder
Packaging Type	Bag
Cas Number	513-77-9
Molecular Formula	BaCO3
Molar Mass	197.34 g/mol
Solubility product	2.58.10-9 (Ksp)
Solubility	Decomposes in Acid; Insoluble in Methanol
Heat Capacity	85.35 J/mol.K (C)
ChemSpider	10121
PubChem CID	10563
Melting Point	811 deg C (1,492 deg F; 1,084 K)
Boiling Point	1,450 deg C (2,640 deg F; 1,720 K)

We have been counted amongst the most trusted names in this domain, engaged in offering a standard quality range of these products.

Exceptional Purity and Customization

With a typical purity of 99% and customizable particle sizes, Barium Carbonate Powder meets the stringent requirements of industrial and laboratory applications. Each batch is carefully processed to ensure low moisture and minimal impurities, enhancing performance across varied uses from ceramics to chemical synthesis.

Optimized for Industrial Applications

Barium Carbonate Powder is designed for use in glass and ceramics, ferrites, brick enameling, and laboratory research. Its stable, finely powdered form makes it easy to handle and incorporate into existing manufacturing processes, supporting consistent quality results every time.

Safe Packaging and Reliable Storage

Packaged in HDPE bags with secure inner liners, Barium Carbonate Powder is protected from moisture and contamination. To maintain its quality, store in a tightly sealed container, in a cool, dry place. When stored under proper conditions, it remains stable and effective for up to 24 months.

FAQ's of Barium Carbonate Powder:

Q: How should Barium Carbonate Powder be safely handled and stored?

A: Always handle Barium Carbonate Powder with care, avoiding ingestion and inhalation as it is classified as a toxic substance. Store the powder in a cool, dry location in a tightly sealed container to prevent moisture intrusion and contamination. Properly stored, it remains stable for up to 24 months from the date of manufacture.

Q: What are the common applications of Barium Carbonate Powder?

A: This powder is frequently used in ceramics and glass manufacturing, the production of ferrites, brick and tile enameling, chemical synthesis, and as a rodenticide. Its high purity and chemical stability make it suitable for both industrial and laboratory use.

Q: When should Barium Carbonate Powder be incorporated into the production process?

A: Add Barium Carbonate Powder during the raw material preparation stage to ensure even distribution and optimal reaction with other components in ceramics or glass production. Following recommended safety procedures is essential during handling and mixing.

Q: Where does Barium Carbonate Powder provide the most benefit?

A: Its benefits are most pronounced in industries requiring high-purity, stable chemical additives, such as ceramics, glass, and ferrite manufacturing. It helps improve efficiency, color, and durability in finished products while minimizing impurities.

Q: What precautions should be observed when using Barium Carbonate Powder?

A: Wear suitable personal protective equipment, such as masks and gloves, to avoid direct contact and inhalation. Ensure adequate ventilation in the workspace. Avoid contact with acids and oxidizers, as the powder is incompatible with these substances.

Q: How does Barium Carbonate Powder enhance product quality in manufacturing?

A: Its fine, free-flowing particle size and low levels of impurities contribute to improved material integration, color consistency, and stability in ceramic glazes, glass products, and ferrite magnets, resulting in superior end-product quality.

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