Ammonium Metatungstate Hydrate: Key Properties and Applications

Explore the comprehensive profile of this vital inorganic compound for your chemical needs.

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Advantages Offered by the Product

Catalytic Efficiency

Leverage the robust catalytic activity of ammonium metatungstate for optimized chemical reactions, significantly improving yield and process efficiency in applications like fatty acid synthesis.

Versatile Functionality

Utilize the compound's potential as a photocatalyst, opening doors to advanced applications such as improved gas sensing technologies, a key area within ammonium metatungstate hydrate applications.

High Purity and Reliability

Ensure consistent results in your experiments and industrial processes by choosing to buy ammonium metatungstate hydrate, which is guaranteed for its high purity and minimal impurities, meeting stringent research requirements.

Key Applications

Catalysis in Organic Synthesis

Ammonium Metatungstate Hydrate serves as a powerful catalyst, facilitating the efficient production of fatty acids from vegetable oils. Its role in these transformations underscores its importance in sustainable chemistry and the bio-based economy, a crucial aspect of its ammonium metatungstate hydrate applications.

Photocatalytic Applications

The compound's photocatalytic properties are being explored for applications such as gas sensors, contributing to environmental monitoring and safety technologies. Research into these advanced uses is driven by understanding its core chemical properties of Ammonium Metatungstate Hydrate (CAS 12333-11-8).

Research and Development

As a high-purity chemical reagent, it is indispensable for laboratory research, enabling scientists to investigate new chemical pathways and develop innovative materials. The availability to buy ammonium metatungstate hydrate from reliable suppliers is vital for R&D continuity.

Water Treatment Potential

While not explicitly detailed in all sources, tungsten compounds can have roles in water treatment; further research into the catalytic activity of ammonium metatungstate may reveal further applications in this critical environmental sector.