Lithium vanadium oxide
Lithium Vanadium Oxide (CAS 15060-59-0) is a specialized functional material supplied by Zyntex, engineered for next-generation battery electrodes, advanced coatings, and chemical synthesis.
Description
Comprehensive Product Overview
In the field of advanced energy storage, electrode material homogeneity defines the efficiency of charge transfer. Zyntex Lithium Vanadium Oxide is selected for its high theoretical capacity and its critical role in developing Polymer Lithium Ion (PLI) batteries. Therefore, we maintain rigorous quality control to ensure precise stoichiometry and minimal trace metal impurities. Consequently, this versatile oxide delivers reliable performance in the synthesis of nanowires and nanofibers, ensuring optimal structural integrity in high-tech coatings.
Zyntex supplies Lithium Vanadium Oxide in a high-stability powder form, optimized for safe integration into specialized plastic additives, textiles, and catalytic reactors. Our stringent quality measures ensure consistent particle morphology, which is essential for uniform thin-film deposition and alloy manufacturing. Furthermore, this product features excellent chemical stability under varying oxidative conditions. Since it is highly effective as a catalyst in organic synthesis, you can incorporate it into various industrial processes with total technical assurance.
From specialized laboratory electrochemistry to large-scale semiconductor manufacturing, this versatile lithium-vanadium compound is a cornerstone of modern material science. Its consistent chemical profile ensures it provides predictable outcomes in electrode cycling and does not compromise the performance of industrial-grade plastics or textiles. As a result, Zyntex provides a dependable foundation for innovation in the “smart-energy” and advanced alloy markets. Finally, our commitment to technical purity and documentation helps your facility achieve international safety and performance benchmarks effortlessly.
Key Industrial Applications
This professional-grade inorganic material is widely utilized in the following sectors:
🔋 PLI Batteries
A key active material for developing high-energy polymer lithium-ion battery electrodes and nanowires.
🧪 Catalyst & Alloys
Used as a catalyst in organic chemistry and as a critical alloying element for high-strength technical metals.
🧵 Plastics & Textiles
Applied as a functional additive in plastics and synthetic fibers to improve thermal and chemical resistance.
🛡️ Advanced Coatings
Utilized in high-performance surface treatments to provide enhanced corrosion protection and conductivity.
Technical Specifications
| Parameter | Specification Standard |
|---|---|
| Product Name | Lithium Vanadium Oxide |
| Grade | Battery / Technical Grade |
| Purity | Min. 99.9% |
| Category | Energy Materials & Lithium Compounds |
| CAS Number | 15060-59-0 |
🔬 Scientific Data: For detailed handling, electrochemical potentials, and MSDS information, consult: PubChem Entry: Lithium Vanadium Oxide (External Link)
