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LANTHANUM FLUORIDE

Molecular Formula: LaF3

Molecular Weight: 195.90

CAS No. : 13709-38-1

Sr.No.	Test Characteristics	Specification	Actual Results
Sr.No.	Test Characteristics	Specification	Actual Results
1	Appearance	Visual	Off White Lump
2	* RE	La ≥ 66.00%	72.68
3	F Purity	>27%	27.30
4	La2O3	-----	-----
5	CeO2	<0.05%	0.0041
6	Pr6O11	<0.05%	0.0040
7	Nd2O3	<0.05%	0.0042
8	Sm2O3	<0.05%	0.0045
9	Gd2O3	<0.01%	-----
10	CaO	<0.05%	0.005
11	Fe2O3	<0.05%	0.0022
12	PbO	<0.05%	-----
13	SiO2	<0.05%	0.001

Key Characteristics of Lanthanum Fluoride

Lanthanum Fluoride stands out due to its white crystalline appearance, high purity, and stability under a range of conditions. It is insoluble in water and remains chemically inert, which enhances its utility in specialized applications. This compound is available as a fine powder and is recognized for its thermal resistance, making it valuable in environments that require materials with high melting points.

Optimal Storage and Handling Guidelines

To maintain the quality and integrity of Lanthanum Fluoride, it should always be stored in tightly closed containers, kept in dry, cool, and well-ventilated areas. Proper storage helps prevent moisture uptake and preserves its physical and chemical properties. Following these guidelines safeguards the compounds effectiveness for both laboratory and industrial applications.

Industrial and Laboratory Uses

Lanthanum Fluoride is widely employed in the manufacture of specialty glasses, optics, and ceramics. Its unique properties also make it a significant component in laboratory research, particularly in the synthesis of advanced materials and in applications requiring high purity fluoride compounds.

FAQs of Lanthanum fluoride :

Q: How should Lanthanum Fluoride be stored to maintain its quality?

A: Lanthanum Fluoride should be kept in a tightly closed container and stored in a dry, cool, and well-ventilated place. Adhering to these storage conditions helps preserve its purity and prevents moisture absorption.

Q: What are the primary industrial uses for Lanthanum Fluoride?

A: This compound is commonly utilized in the production of specialty glasses, optical components, and high-performance ceramics. It is also valuable for laboratory research and in high-temperature applications due to its high melting point and stability.

Q: When is Lanthanum Fluoride typically used in laboratory settings?

A: Lanthanum Fluoride is frequently chosen for laboratory work that requires high-purity fluoride compounds, particularly in material science, chemistry experiments, and the development of novel inorganic materials.

Q: Where is Lanthanum Fluoride available in India?

A: Lanthanum Fluoride can be sourced from reputable dealers, exporters, manufacturers, retailers, suppliers, and traders throughout India. Many offer the compound for both industrial and research purposes.

Q: What benefits does using high-purity Lanthanum Fluoride provide?

A: Using Lanthanum Fluoride with purity greater than 99% ensures reliable, consistent results, whether in precise laboratory research or in critical industrial manufacturing processes. High purity reduces the risk of contamination and enhances performance.

Q: How is Lanthanum Fluoride processed for industrial use?

A: For industrial applications, Lanthanum Fluoride is carefully manufactured and purified to achieve >99% purity. The compound is processed into a fine powder to facilitate its integration into various manufacturing systems and laboratory setups.

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