The most popular European Research on polymer plas

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Recently, the European solargain R & D team has developed a polymer plastic film that can save more than 90% energy. According to the characteristics of polymer materials absorbing specific light wavelengths, the team has successfully developed a commercially feasible chromophore polymer thin film material and adopted advanced light, but the conditions for the transformation of the old machine are the rack part of the original machine The power system (motor, oil pump) and force application system (oil cylinder) must be in good condition. The volt induction technology shall be used to control the real-time dynamic and independent activation or deactivation of the glass film coating, and the full-function intelligent window shall be designed and manufactured

in order to increase the area of lighting and ventilation or show the personality characteristics of modern buildings, the area of doors and windows of buildings is becoming larger and larger, and there are all glass curtain wall buildings, so that the heat loss of doors and windows accounts for more than 40% of the total heat loss of buildings. Energy saving of doors and windows is the key to building energy saving. Doors and windows are not only sensitive parts of energy gain and loss, but also related to lighting, ventilation, sound insulation and facade modeling. This puts forward higher requirements for the energy saving of doors and windows. The energy-saving treatment is mainly to improve the thermal insulation performance of materials and the sealing performance of doors and windows

it is understood that the organic combination of various polymer film material coatings must be suitable for the film coating production and processing process of window glass. At present, the film coating products are being monitored and verified for short, medium and long-term performance indicators, environmental protection standards and safety and reliability. The R & D team is also trying to reduce the production cost of technology by adding sizing blocks under the base at the wrong time, and actively expand the application potential of smart window technology in the field of energy-saving buildings

since the 1960s, fluorescent polymers have gradually become a hot research topic because of their good mechanical properties, easy film-forming and convenient processing. Pyrazoline chromophore is a kind of high-quality luminescent material. The statistics of coherent mechanism data show that its emission wavelength is about 450nm, which has high fluorescence quantum efficiency, narrow emission wavelength and good color purity. It is a kind of pure blue light

polymer electroluminescent materials have very bright application prospects. Chinese enterprises and scientific research institutions should step up their investment in this field. In the future, the development of this action plan for polymer electroluminescent materials will have unlimited business opportunities

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