Understanding ZIF-90: Properties, Applications, and Sourcing in China
Metal-Organic Frameworks (MOFs) have emerged as a revolutionary class of porous materials, offering unparalleled design flexibility and high surface areas. Among these, ZIF-90 (CAS: 1062147-37-8) stands out for its distinctive structure and diverse application potential. As a premier supplier of advanced materials in China, we are committed to providing researchers and industries with high-quality MOFs like ZIF-90.
Key Properties of ZIF-90
ZIF-90 is characterized by its unique zeolitic imidazolate framework structure, coordinated with zinc ions. Its critical properties include:
- High Surface Area: Boasting a BET specific surface area of approximately 1500 m²/g, ZIF-90 offers an extensive platform for molecular interactions.
- Precise Pore Structure: It features an aperture of 0.35nm and a pore size of 1.1nm, enabling selective adsorption and separation of molecules.
- Chemical Stability: ZIF-90 exhibits good stability in air and alkaline conditions, with a thermal decomposition temperature around 300°C, making it suitable for various operational environments. It is, however, noted to be unstable in acidic conditions.
- Morphology: Typically supplied as a grey or off-white powder, it can also be available in specific particle sizes, such as 100nm for bioresearch applications, upon request.
Applications Driving Innovation with ZIF-90
The remarkable properties of ZIF-90 open doors to a wide array of advanced applications:
- Gas and Pollutant Adsorption: Its large pore volume (0.4 cm³/g) and high surface area make ZIF-90 an excellent candidate for capturing gases like CO2, CH4, and various pollutants from industrial emissions. Researchers looking to buy ZIF-90 for carbon capture technologies will find its properties highly beneficial.
- Drug Delivery Systems: ZIF-90 is recognized as a good drug carrier. Its framework can encapsulate therapeutic agents, and it can be designed to decompose under specific physiological conditions (e.g., in the stomach) to release the drug content in a controlled manner. This application is particularly relevant for the pharmaceutical industry seeking novel delivery mechanisms.
- Catalysis: The high surface area and accessible active sites within MOFs like ZIF-90 also make them promising materials for heterogeneous catalysis.
Sourcing High-Quality ZIF-90 from China
For researchers and businesses aiming to leverage the capabilities of ZIF-90, sourcing from a reliable manufacturer is crucial. As a leading chemical supplier in China, we ensure that our ZIF-90 meets stringent quality standards, with a purity of 97% minimum. We understand the importance of consistent material properties for successful R&D and industrial production. If you are looking to purchase ZIF-90, inquire about our competitive price and request a free sample to evaluate its performance for your specific needs. Our commitment is to provide you with the advanced materials required to drive innovation.
Key Takeaways for Buyers:
- When looking to buy ZIF-90, prioritize suppliers with high purity and documented specifications.
- Consider ZIF-90 for its proven utility in gas adsorption and its potential in advanced drug delivery.
- Engage with manufacturers in China for cost-effective sourcing and reliable supply chains for MOF materials.
- Requesting samples is a standard practice to ensure material suitability for your application.
By understanding the unique advantages of ZIF-90 and partnering with a reputable Chinese manufacturer, you can effectively integrate this advanced MOF material into your research and commercial projects.
Perspectives & Insights
Silicon Analyst 88
“Engage with manufacturers in China for cost-effective sourcing and reliable supply chains for MOF materials.”
Quantum Seeker Pro
“Requesting samples is a standard practice to ensure material suitability for your application.”
Bio Reader 7
“By understanding the unique advantages of ZIF-90 and partnering with a reputable Chinese manufacturer, you can effectively integrate this advanced MOF material into your research and commercial projects.”