Zirconium Fluoride

Product Specification

Feature

1. High purity and trace metal control: For material research and demanding formulations, high-specification products with 99.9% (trace metals basis) are available. Extremely low metal impurity content effectively prevents interference with inorganic catalysis reactions or research on the setting behavior of polymerized calcium phosphate cement, ensuring the accuracy of experimental data and the stability of material properties. For the development of fluoride glass systems sensitive to metal impurities, strict trace metal control is key to ensuring the final material's optical and physical properties. 2. Clear basic physicochemical identity and convenient quality verification: The chemical formula is ZrF₄, CAS number 7783-64-4, molecular weight approximately 167.22 g/mol, and EC number 232-018-1. The substance information is recorded in the NIST Chemistry WebBook and the U.S. EPA chemical substance registration system. During procurement and laboratory management, cross-checking by name, chemical formula, and CAS number effectively avoids confusion with different zirconium fluorides and ensures accurate product identity. 3. Cutting-edge application fields with strong research and industrial potential: As a zirconium- and fluorine-containing inorganic compound, it is widely used in the R&D of specialty glass and functional materials. As a key component in fluoride glass material systems, it can be used in the design of optical and specialty glass. In chemical synthesis and laboratories, it can serve as an inorganic catalysis-related reagent and synthesis raw material. It also has specific application associations in nuclear reactor-related materials and research on polymerized calcium phosphate cement formulations, providing important support for frontier materials science. 4. Transparent safety and protection information for standardized operation: Public safety data sheets clearly classify it as a substance with corrosive hazards (risk of severe skin burns and eye damage) and note the danger of hydrogen fluoride release. Detailed safety operation and protection guidance is provided, covering sampling, transfer, dust control, and spill handling, helping customers establish operating procedures appropriate to on-site risks and ensuring personnel and production safety. 5. Flexible packaging and standardized storage and transportation: Given the product's hygroscopicity and hazardous reaction with glass, professional packaging and storage recommendations are provided. Products should be kept sealed and moisture-proof, stored in a dry, ventilated environment. Based on supplier safety information and on-site compatibility assessment, assistance is provided in selecting suitable storage containers, lining materials, and transfer tools, and in verifying dangerous goods classification and transport documents to ensure compliance and safety in logistics. 6. Transparent technical indicators and complete batch traceability: Detailed technical information is provided, including chemical content, trace metal impurities, batch consistency, and analytical reports. Customers can obtain complete data without additional testing, facilitating incoming inspection comparison and process suitability evaluation. Complete safety data sheets and batch number information help carry out quality verification and problem tracing, reducing procurement uncertainty and trial-and-error costs for specialty material applications.