Catalytic Synthesis of Ionic Resins
INQUIRY
Alfa Chemistry focuses on the development of ionic resin catalysts. Our resin catalysts are widely used in various organic synthesis reactions such as esterification, etherification, and epoxidation. We can provide contract development services including synthesis process and resin catalyst. We have a complete continuous production device and advanced laboratory equipment, which can detect various performances of resin catalysts and mass production.
Introduction
The use of catalysts can improve the overall productivity and cost-effectiveness of chemical conversion, while reducing the impact on the environment and achieving the sustainability of the chemical process. The ion exchange resin contains acidic or basic functional groups and can be used as a catalyst for organic synthesis reactions. Great progress has been made in the development and application of ion exchange resin catalysts. At present, many special purpose resin catalysts have been commercialized.(Barbaro P, F Liguori., 2009)
Advantages of Ionic Resin Catalysts
What We Offer
Alfa Chemistry provides the following organic synthesis reaction process design and corresponding ionic resin catalysts. We also support customized services for resin catalysts.
Alfa Chemistry has been deeply involved in ionic resins for many years. We aim to continuously expand the advantages of ionic resins in catalytic synthesis. At present, we have modified existing resin catalysts by introducing co-catalysts to improve their activity and stability. We have also introduced some new process methods (such as microwave heating) in organic synthesis reactions to cooperate with resin catalysts to effectively increase the reaction rate and synthesis yield. Our goal is to help you speed up the synthesis process and provide customized resins. Our customers can directly contact our experts and provide timely feedback on any online inquiries. If you are interested in our services, please contact us.
Reference
- Barbaro P, F Liguori. Ion Exchange Resins: Catalyst Recovery and Recycle[J]. Chemical Reviews, 2009.
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