Polycarbonate（PC）As a high-performance material, its application prospects are very broad. Currently, polycarbonatePCThin films are mainly used in the following fields:

-In the field of electronic appliances:polycarbonatePCThin films have excellent mechanical, electrical, and heat resistance properties, and can be used to make insulation materials, display and control panels, touch screens, and other materials in the field of electronics and electrical appliancesLEDLights, etc.

- In the field of medical devices:polycarbonatePCThe film has good biocompatibility and transparency, and can be used to make medical protective masks, goggles, etc.

-In the field of optics:polycarbonatePCThin films have high transparency and good optical properties, and can be used to make light guiding devices, optical lenses, eyeglass lenses, etc.

-automotive industry: PolycarbonatePCThin films have high strength, low weight, and impact resistance, and can be used to make car panels, instrument panels, car interiors, and more.

-In the field of new energy:polycarbonatePCThin films have excellent flame retardancy and heat resistance, and can be used for new energy vehicle battery modules, cellsPACKWait.

-Rail Transit and Aviation:polycarbonatePCThin films can be used for interior parts, tabletop materials, and other applications in rail transit and aviation such as high-speed trains, subways, and airplanes.

-Consumer Products:polycarbonatePCThe film has excellent dimensional stability, compressive performance, and is easy to process and shape. It can be used for luggage, helmets, sunglasses/Manufacturing of sun hats and other products.

polycarbonatePCThe application areas will continue to expand, such as in the fields of new energy vehicles, smart homes, robots, etc.

The purpose of using a thin film evaporator is to separate polycarbonate monomers from high boiling point components, obtaining high-purity and high-yield polycarbonate monomers.