Product Summary
Zirconium fluoride (ZrF4) is an inorganic zirconium–fluorine compound supplied by Changzhou Jiayuan Chemical Co., Ltd. for specialty glass, catalysis and materials research programmes. The high-specification grade is offered at 99.9% on a trace metals basis, so metal impurity content stays extremely low and does not interfere with inorganic catalysis reactions or with studies of fluoride glass optical and physical properties. Every batch is identified by chemical formula, CAS number and EC number and is accompanied by analytical data, a safety data sheet and batch number for traceability.
Materials and Structure
ZrF4 is an inorganic zirconium–fluorine compound with a molecular weight of approximately 167.22 g/mol. The material is hygroscopic and reacts hazardously with glass, so sealed moisture-proof containment and controlled transfer are essential throughout storage and dispensing. Recommended baseline storage is a dry, ventilated area; container and lining compatibility is assessed with the customer before dispatch, and dangerous goods classification and transport documents are verified for compliant logistics.
Customization
Customization covers the practical side of handling a corrosive, hygroscopic fluoride: support in selecting storage containers, lining materials and transfer tools based on on-site compatibility, verification of dangerous goods classification and transport documents, and a documentation package that includes the safety data sheet, batch number and analytical report for quality verification and problem tracing.
FAQ
Which grade of zirconium fluoride do you offer?
The high-specification grade is quoted at 99.9% on a trace metals basis, for material research and demanding formulations where metal impurities must stay extremely low.
How can we avoid confusion with other zirconium fluorides?
Cross-check the name, chemical formula ZrF4 and CAS number 7783-64-4 at both purchasing and laboratory receipt. The EC number is 232-018-1 and the molecular weight is approximately 167.22 g/mol.
What documentation is released with each batch?
Chemical content, trace metal impurities, batch consistency data and an analytical report, together with the safety data sheet and batch number for incoming inspection and traceability.
How should the product be stored and transferred?
Keep it sealed and moisture-proof in a dry, ventilated environment. Because the material is hygroscopic and reacts hazardously with glass, container, lining and transfer tool compatibility should be assessed before use.
What hazards must our EHS team plan for?
Public safety data classify it as corrosive with risk of severe skin burns and eye damage and note the danger of hydrogen fluoride release. Guidance on sampling, transfer, dust control and spill handling supports procedure writing.
Can you support export logistics documentation?
Yes. We assist with dangerous goods classification and verification of transport documents, based on supplier safety information and an on-site compatibility assessment.
Where is the material used in industry and research?
Fluoride glass and specialty optical glass development, inorganic catalysis and synthesis, nuclear reactor-related materials research, and polymerized calcium phosphate cement formulation studies.
Inquiry Information
Share your target impurity profile, required quantity and destination so we can confirm grade, packaging and transport documents.
Contact: jane · janeyuan@czjyhg.com · Tel +86 15366800998 · WhatsApp +86 13862689212
Changzhou Jiayuan Chemical Co., Ltd., 13th Floor, Building 2, Jinsha Technology Financial Center, Jintan District, Changzhou City, Jiangsu Province, China
SEO Title: 99.9% Trace Metals Basis Zirconium Fluoride ZrF4 for Fluoride Glass
Meta Description: Zirconium fluoride ZrF4, CAS 7783-64-4, 99.9% trace metals basis for fluoride glass and catalysis research. Low metal impurities, SDS and batch reports.
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