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Suqing Catalyst Resin
Suqing catalyst resin is a solid which is insoluble in any solvent, and its functional group is distributed on the resin, so the reaction is mainly carried out in the resin, which is heterogeneous The reaction, ion exchange resin as an excellent solid acid catalyst fully meets the requirements of green chemistry, showing a good application prospect. Compared with the liquid catalyst, the solid catalyst has incomparable advantages: easier separation of products, less reaction by-products, less corrosion to equipment, less pollution to environment, and continuous production.
Suqing catalst resins are gel or macroponous styrene-based sufonic resins, which is often used for chemical reactions catalyzed by the H+ ion in a faster reaction rate and better yields, and even higher product purity. They are the catalysts of choice for some large markets such as fuel ethers, and bisphenol A. Catalysts are supplied either completely water-swollen, or dried to specification such as water retention 3~5%.
Typical Applications Of Catalyst Resin
Synthesis of BisphenolA
Phenylene butene hydrate
MTBE and TAME catalysis
Phenol alkylation
Aromatic hydrocarbon alkylation
Suqing Catalyst Resin
Suqing catalyst resin is a solid which is insoluble in any solvent, and its functional group is distributed on the resin, so the reaction is mainly carried out in the resin, which is heterogeneous The reaction, ion exchange resin as an excellent solid acid catalyst fully meets the requirements of green chemistry, showing a good application prospect. Compared with the liquid catalyst, the solid catalyst has incomparable advantages: easier separation of products, less reaction by-products, less corrosion to equipment, less pollution to environment, and continuous production.
Suqing catalst resins are gel or macroponous styrene-based sufonic resins, which is often used for chemical reactions catalyzed by the H+ ion in a faster reaction rate and better yields, and even higher product purity. They are the catalysts of choice for some large markets such as fuel ethers, and bisphenol A. Catalysts are supplied either completely water-swollen, or dried to specification such as water retention 3~5%.
Typical Applications Of Catalyst Resin
Synthesis of BisphenolA
Phenylene butene hydrate
MTBE and TAME catalysis
Phenol alkylation
Aromatic hydrocarbon alkylation
