Nickel(II) fluoride 4-hydrate
Nickel(II) fluoride 4-hydrate is a light green crystalline salt essential for magnesium alloy passivation and high-performance chemical synthesis.
Description
Comprehensive Product Overview
In the field of industrial surface engineering, the ability to create chemically resistant layers on reactive metals is a major advantage. Manufacturers specifically select Nickel(II) fluoride 4-hydrate because it is essential in the phosphating and sealing of aluminum and magnesium surfaces. For instance, it is a global standard for the aerospace industry to improve the corrosion resistance of structural components. Consequently, it facilitates the production of lightweight parts that can withstand harsh environments. As a result, Zyntex ensures that our industrial-grade Nickel(II) fluoride 4-hydrate meets rigorous purity standards, with careful monitoring of moisture content to ensure consistent reaction kinetics during manufacturing.
Moreover, the high-purity material from Zyntex is a vital component in the development of specialized glass and ceramic glazes. This application allows for the modification of optical properties and surface hardness. Undoubtedly, this pushes the boundaries of what is possible in precision optics and decorative ceramics. At the same time, chemical manufacturers value its role as a catalyst in the synthesis of fluorinated organic compounds. In short, our product serves as a dependable “precision-reagent.” We support companies focusing on both innovative metal protection and sustainable industrial synthesis across the globe.
Recently, scientific interest has surged regarding the use of Nickel(II) fluoride 4-hydrate in high-energy density battery research, particularly in fluoride-ion batteries. Researchers apply it in complex laboratory models to study ion transport and electrode stability. Because of this, Zyntex offers specialized bulk formats to ensure safer handling in controlled manufacturing environments. Ultimately, you secure a reliable supply partner by choosing Zyntex. We balance chemical reactivity with rigorous logistical safety protocols. To conclude, our commitment to material excellence ensures that your manufacturing processes—whether in alloy treatment or battery R&D—achieve the highest levels of quality.
Key Industrial Applications
This specialized fluoride salt is specifically vital in the following four sectors:
✈️ Aerospace Metallurgy
Zyntex supplies Nickel(II) fluoride 4-hydrate for the surface treatment of magnesium alloys; thus enhancing durability for flight components.
⚗️ Fluorination Catalysis
Used as a catalyst in organic chemistry; consequently it is vital for producing specialized fluorinated intermediates.
🔋 Advanced Batteries
Manufacturers use it as an active electrode material; undoubtedly essential for next-generation energy storage research.
💎 Precision Optics
Zyntex provides high-purity powder for glass dopants; specifically helping to refine refractive indices for lenses.
Technical Specifications
| Parameter | Standard Value |
|---|---|
| Product Name | Nickel(II) fluoride 4-hydrate |
| Ni Content | Approx. 34.0% – 35.5% |
| Appearance | Light green crystalline powder |
| CAS Number | 13940-83-5 |
⚠️ Safety & Handling: Nickel(II) fluoride 4-hydrate is toxic and carcinogenic. Therefore, it must be handled with extreme caution using proper PPE and stored in plastic or wax-lined containers to prevent glass etching.
