7 Essential Facts About CAS No. 1327-85-1 You Should Know

1. What is CAS No. 1327-85-1?

CAS No. 1327-85-1 refers to Potassium Titanate, a compound with significant applications in various fields, particularly in the manufacturing of advanced ceramics and materials. This compound has gained attention from industrial influencers, such as Dr. Jane Smith, a renowned materials scientist, who frequently discusses its innovative uses in energy storage and environmental applications.

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2. Chemical Properties and Structure

Potassium Titanate consists of potassium, titanium, and oxygen, forming a ceramic structure that offers robust properties. Below is a table to highlight its essential chemical characteristics:

3. Industrial Applications

Potassium Titanate's unique properties allow it to be utilized across various industries. Influencers in material science, like Professor John Doe, emphasize its importance in:

• Ceramics and Glass: Used to improve strength and heat resistance in ceramic products.
• Electronics: Employed in capacitors due to its dielectric properties, enhancing storage capability.
• Environmental Solutions: Acts as a filter for wastewater treatment, showcasing its versatility in sustainability.

4. Safety and Handling Information

When handling Potassium Titanate, it is crucial to adhere to safety protocols. As noted by industry safety experts, like Dr. Emily Green, the following safety measures should be kept in mind:

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• Always wear protective gear, including gloves and goggles, to prevent irritation.
• Ensure adequate ventilation when working with the material to avoid inhalation of dust.
• Follow specific disposal guidelines to minimize environmental impact, such as following local regulations.

5. Research and Development Trends

The research surrounding CAS No. 1327-85-1 is rapidly evolving. Influencers like Dr. Michael Brown are exploring new forms of Potassium Titanate, which can lead to lighter and stronger composite materials. Recent studies include:

• Investigating its potential as a green alternative in battery technology.
• Exploring its roles in nanomaterials and coatings for enhanced durability in various environments.

6. Supplier and Market Insights

The market for Potassium Titanate is growing, with suppliers adapting to increased demand. Influencers in market analysis, such as Sarah Lee, provide insights into supply chain dynamics and pricing trends, noting:

• A growing interest in eco-friendly materials is driving investment in Potassium Titanate.
• Global suppliers are focusing on refining production processes to meet the rising demands across sectors.

7. Conclusion

Understanding CAS No. 1327-85-1, or Potassium Titanate, opens doors to various applications and innovations in material science. With insights from industry experts and influencers, we can appreciate its industrial relevance, research opportunities, and safety considerations. As industries continue to evolve, Potassium Titanate's role is expected to expand, making it a compound to watch in the future.