Production process and development of polyketide resin

The production of polyketide resin usually adopts the method of copolymerization reaction. Using carbon monoxide, ethylene, propylene and other monomers as raw materials, under the action of specific catalysts, the polymerization reaction is controlled by adjusting reaction conditions such as temperature, pressure, reaction time, etc., in order to obtain polyketide resin products with different structures and properties.

The early production process of polyketide resin had some problems, such as low catalyst activity, harsh reaction conditions, and unstable product quality. With the continuous advancement of technology, the research and development of new catalysts, and the improvement of production processes, the production efficiency of polyketide resins has been greatly improved, and product quality has become more stable. The current production process can better control the molecular structure and properties of polyketide resins, meeting the needs of different fields.

In the future, the production process of polyketide resin is expected to be further optimized and developed towards a more green, environmentally friendly, and efficient direction. For example, developing more environmentally friendly catalysts to reduce waste emissions during the production process; Improve the automation level of the production process, reduce production costs, and enhance production efficiency.