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CERIUM FLUORIDE

Molecular Formula: CeF3

Molecular Weight: 197.12

CAS No. : 77558-88-5

Sr.No.	Test Characteristics	Specification
Sr.No.	Test Characteristics	Specification
1	Appearance	Visual
2	* RE	Ce≥ 67.50%
3	F Purity	>27.50%
4	La2O3	<0.05%
5	CeO2	-----
6	Pr6O11	<0.05%
7	Nd2O3	<0.05%
8	Sm2O3	<0.05%
9	Gd2O3	<0.01%
10	CaO	<0.05%
11	Fe2O3	<0.05%
12	PbO	<0.05%
13	SiO2	<0.05%

Applications Across Industries

Cerium Fluoride is valued in the ceramics and glass industries for its ability to enhance optical properties and durability of finished products. As a catalyst, it plays a vital role in several industrial chemical reactions, empowering more efficient production processes. Its thermal stability makes it a reliable choice in high-temperature environments.

Proper Storage and Handling

To ensure maximum performance and preserve quality, Cerium Fluoride must be stored in a cool, dry place, away from moisture. Handling the compound with care prevents contamination and maintains its integrity for demanding applications across industries.

FAQs of Cerium fluoride :

Q: How is Cerium Fluoride used in industrial applications?

A: Cerium Fluoride is primarily utilized in the production of ceramics and specialty glass, where it improves strength and optical properties. Additionally, it serves as a catalyst in certain chemical processes, supporting reaction efficiency in industrial settings.

Q: What benefits does Cerium Fluoride offer for ceramics and glass manufacturing?

A: This compound enhances the mechanical and optical qualities of ceramics and glass, resulting in products with greater durability, clarity, and resistance to high temperatures.

Q: Where is Cerium Fluoride typically stored within industrial facilities?

A: It should be stored in a cool, dry place within well-sealed containers to prevent exposure to moisture, ensuring it remains stable and free from contamination.

Q: When should Cerium Fluoride be considered over other fluoride compounds?

A: Choose Cerium Fluoride when high thermal stability, insolubility in water, and the enhancement of optical or catalytic properties are essential for the intended application.

Q: What is the process for handling Cerium Fluoride safely?

A: Personnel should use appropriate protective equipment and ensure the material is handled in moisture-free environments to preserve its purity and effectiveness.

Q: How does the insolubility of Cerium Fluoride in water impact its usage?

A: Its insolubility makes it highly suitable for applications where the material could be exposed to moisture, as it minimizes unwanted chemical reactions or degradation.

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