99% Zirconium Fluoride (CAS 7783-64-4 ZrF4) is used in optical materials, nuclear industry, ceramic materials, and high-performance fluorine-containing materials applications.

I. Basic Product Information

Product Name: Zirconium Fluoride
English Name: Zirconium Fluoride
Chemical Formula: ZrF4
CAS Number: 7783-64-4
Purity: ≥99%

Product Category: High-purity inorganic fluorides, raw materials for optical materials, special ceramic materials, nuclear industry and fluorinated glass materials.

Zirconium fluoride possesses low optical loss, high chemical stability, and good corrosion resistance, making it an important basic raw material for fluoride glasses, infrared optical materials, and special functional materials.

II. Product Quality Reference

Appearance: White powder or granular solid.
Purity: ≥99%.
Metal impurities: Controlled according to the requirements of optical, nuclear industry and high-end materials applications.
Moisture: Low moisture content . Particle
size: Customized according to customer application requirements

. Specific batch quality indicators are subject to the actual COA test report.

III. Product and Application Classification by Different Levels

1. Industrial-grade zirconium fluoride (≥98%)
applications: production of common fluoride ceramic materials, metallurgical and chemical raw materials, and inorganic fluorine materials.

2. High-purity zirconium fluoride (≥99%)
applications: fluoride glasses, infrared optical materials, specialty glasses, and functional ceramics.

3. Optical/electronic-grade zirconium fluoride
applications: high-purity infrared transmitting materials, fiber optic glass materials, and research and development of precision optical components.

IV. Main Applications in the Russian Market

1. Infrared Optical Materials
: Used in the manufacture of infrared transmission windows, infrared lenses, and optical components.

2. Fluoride Glass and Optical Fiber Materials
: Used in fluoride glass systems such as ZBLAN to improve infrared transmission performance, and applied in special optical fibers and optical devices.

3. Nuclear Industry Related Materials
: Used in the research of special materials for the nuclear industry and the development of zirconium-containing fluoride systems.

4. Special Ceramics and Functional Materials
: Used in the research and development of high-performance ceramic materials, corrosion-resistant materials, and functional materials.

5. Scientific Research
: Used in materials science, optics, and inorganic chemistry research.

V. Key Considerations for Procurement in the Russian Market

1. Purity Grade: Optical and scientific applications typically prioritize high-purity products (99% or higher).
2. Metal Impurity Control: Affects optical performance and material stability.
3. Moisture Control: Fluoride glasses and high-end applications are sensitive to moisture.
4. Particle Size and Packaging: Selected based on melting, sintering, or glassmaking processes.
5. Completeness of COA, TDS, SDS, and export documentation.