ReO≥77% Yttrium Fluoride (YF₃) CAS 13709-49-4 for Optical Materials, Laser

Product Specification

1. Product Overview

Yttrium Fluoride (YF₃) is an important rare earth fluoride material and a high-value functional inorganic material.

Yttrium fluoride exhibits good chemical stability, high-temperature resistance, and excellent optical properties. It is mainly used in optical crystals, laser materials, infrared materials, specialty ceramics, and high-performance functional material applications.

According to the rare earth fluoride product indicator system, yttrium fluoride primarily focuses on ReO (total rare earth oxide content), F content, oxygen content, and loss on ignition indicators. Typical specifications are ReO≥77%, F≥39%, O≤1000 ppm, and loss on ignition ≤1500 ppm.

For the Russian market, this product is mainly targeted at optical material enterprises, laser crystal companies, ceramic material enterprises, rare earth material enterprises, and traders of high-purity inorganic materials.

2. Specifications

Product Name: Yttrium Fluoride

English Name: Yttrium Fluoride

Russian Name: Фторид иттрия

Chemical Formula: YF₃

CAS No.: 13709-49-4

Product Category: Rare earth fluoride

ReO: ≥77%

F: ≥39%

O: ≤1000 ppm

Loss on Ignition: ≤1500 ppm

Appearance: White powder

Packaging: 25 kg bags, bulk bags, or customized according to customer requirements

Storage: Store in a dry, moisture-proof environment in sealed containers

3. Main Application Areas

① Laser Crystal Materials

Yttrium fluoride can be used in laser crystal and laser optical material systems, serving as an important raw material for high-performance optoelectronic materials.

② Optical Materials

Due to its good optical properties and low absorption characteristics, it can be used in specialty optical components, optical coating materials, and related optoelectronic applications.

③ Infrared and Functional Materials

Used in infrared optical materials, specialty functional materials, and research application fields.

④ Specialty Ceramic Materials

As an yttrium-based fluoride raw material, it is used in high-temperature ceramics, functional ceramics, and advanced material research and development.

4. Key Purchasing Criteria in the Russian Market

When sourcing yttrium fluoride, Russian customers typically focus on:

-ReO content and yttrium element purity;

-F content;

-O content control (≤1000 ppm);

-Loss on ignition indicators (≤1500 ppm);

-Rare earth impurities and non-rare earth impurities;

-Particle size distribution;

-Export technical documentation including COA, TDS, and SDS.

5. Product Advantages

-ReO≥77%, meeting the requirements of rare earth fluoride applications;

-Low oxygen and low loss on ignition control, suitable for high-purity material applications;

-Good thermal and chemical stability;

-Suitable for optical, laser, and functional material industry chains;

-Supports stable supply and international trade documentation requirements.

6. Packaging and Storage

Yttrium fluoride should be packaged in moisture-proof, sealed packaging to prevent moisture absorption and contamination.

It is recommended to store in a dry environment and to keep packaging intact to ensure stable product quality.

7. Frequently Asked Questions (FAQ)

Q: Which industries primarily use yttrium fluoride?

A: It is mainly used in laser crystals, optical materials, infrared materials, specialty ceramics, and functional material applications.

Q: What does ReO≥77% represent?

A: ReO represents the total rare earth oxide content and is an important indicator for evaluating the effective rare earth content of rare earth fluorides.

Q: What is the difference between yttrium fluoride and lanthanum fluoride?

A: Yttrium fluoride is mainly used in laser crystals, optical materials, and functional ceramics; lanthanum fluoride is more commonly used in optical crystals, optical fiber glass, and lanthanum-based material systems.

Q: Why is it necessary to control oxygen content and loss on ignition in yttrium fluoride?

A: Low oxygen and low loss on ignition help improve material purity and reduce the impact of impurities on optical performance, crystal quality, and functional material properties.

Q: What documents are required for purchasing yttrium fluoride in Russia?

A: Typically, COA, TDS, SDS, certificate of origin, and packaging information are required.