Jiajialy Nano Energy-saving & Anti-UV Solution is a kind of nano high-tech transparent heat insulation material for energy saving on glass. It takes nano metal oxide particles and resin as its fundamental raw material, By composition, It changes into heat insulation coating with characteristics of high rejection of IR and UV and high transparency. It quickly forms into a transparent heat insulation layer with thickness of 8-10um after painting on glass surface. It is the best transparent heat insulation coating for energy saving upgrading or standard realization of normal glass, which can be widely used in building glasses, vehicle and ship glasses, synthetic glasses for heat insulation and energy saving
1.More Energy Saving 2. More heat insulation 3.More UV shielding 4.More environmental protection 5.More economical 6.More efficient operation 7.More Secure 8.More sanitary
Product Specification / Models
Application / Models
Jiajialy Nano Energy-saving & Anti-UV Solution, Jiajialy Nano Energy-saving & Anti-UV Glass can be widely used in various industry and markets with broader market space and widely application fields◎ Used on building glass windows, glass curtain walls, luxury hotels, office buildings, private houses, exhibition halls etc. for heat insulation, Anit-UV and energy saving.◎ Used on planes cars, trains and ships etc for heat insulation and electromagnetic wave shielding.◎ Used on observing doors of microwave ovens, protective glasses for resistance of the static, electromagnetic.◎ Used on inorganic glasses , synthetic glasses and glass beads for surface treatment.◎ Used for safety of encryption systems as computer rooms, communication bases, radar shielding areas and security windows etc.◎ Used on transparent incubators, thermostatic baths for heat preservation.◎ Used in solar batteries as antireflection layers and transparent electrode.
Yantai Jialong Nano Industry Co., Ltd., one member of Jialong Group, is a high-tech enterprise engaged in the R & D of nano-technology and nano-functional materials.