納米氧化鋅—殺菌防霉
Nano ZnO—Anti-Bacterium and Anti-Fungus
納米氧化鋅可以破壞細菌、病毒中的細胞膜，使細菌質流失、固化病毒蛋白質，在殺毒滅菌的同時，還能分解菌毒殘體上釋放的有害復合物，因此，納米氧化鋅對細菌、霉菌、病毒具有很強的殺滅作用，并且納米氧化鋅還具有除臭作用。經研究表明，納米氧化鋅對細菌、病毒的殺菌抑菌率可達到99%以上，除臭率達99%以上。
Nano ZnO can destroy the cell membrane in bacterium and virus, and make bacterium plasmids lost and curing protein of the virus. While killing virus and bacterium, it also decomposes the harmful composites released from the remaining bacterium and virus. So nano ZnO is effectively material to kill the bacterium, mould and virus. Further more, nano ZnO also maintains the function of deodorization. Many researcher show that the sterilizing rate of nano ZnO to bacterium and virus can reach 99% or above and the deodorization rate of it amounts to 99%.
納米氧化鋅—光催化空氣凈化
Nano ZnO—Photocatalyst Air Purifying
國內外很多研究結果證明：當納米氧化鋅的粒徑小于20nm時，其光催化性能*佳，吸附能力*強，自身性能穩定，無需紫外光照射，在可見光環境下，就能進行光催化分解。納米氧化鋅光催化劑被認為是治理空氣污染*理想的材料，在吸收太陽光線或照明光源后，可以迅速分解空氣中的甲醛、苯、氨、VOC等有害氣體。將納米氧化鋅應用于凈化功能涂料生產中，在光的作用下會產生獨特的光催化作用，不但保持了涂料*基本、*傳統的裝飾功能，而且能將空氣中的有害氣體分解消除。
Many domestic and overseas researches show that nano ZnO is with best photocatalyst and strongest absorption capacity and is with stable perforemance when its particle size small than 20 nm. It can conduct photocatalysis degradation under visible lights and no UV irradiation is required. Nano ZnO photocatalyst is recognized the best material to control air pollution. It can dissemble harmful gases such as HCHO, benzene, ammonia and VOC rapidly after absorbing sunrays and lighting source. Nano ZnO photocatalyst will produce special photo catalysis when it is applied in manufacturing of purifying coatings. It not only maintains the basic fundamental and traditional decorating function, but also dissociates and eliminates harmful gases in the air.
納米氧化鋅光催化劑對有機物的氧化分解過程類似于植物的光合作用。能夠把空氣中的有害有機化學物質完全分解為CO2和H2O，從而徹底清除污染，不會帶來二次污染。納米氧化鋅在常溫和可視光條件及不同的環境下都能有效的發揮其分解性能，經濟適用，不消耗能量。
The harmful chemicals oxidation process of the nano ZnO photocatalyst is similar to the photosynthesis of plants. Nano ZnO photocatalyst can thoroughly decomposes harmful chemicals in the air to be CO2 and H2O and thus eliminate pollutions thoroughly. Nano ZnO can play its decomposability effectively under normal temperature and visible lights and other different environments and is without purification saturation issues. Nano ZnO is economic, applicable and consumes no energy.
The harmful chemicals oxidation process of the nano ZnO photocatalyst is similar to the photosynthesis of plants. Nano ZnO photocatalyst can thoroughly decomposes harmful chemicals in the air to be CO2 and H2O and thus eliminate pollutions thoroughly. Nano ZnO can play its decomposability effectively under normal temperature and visible lights and other different environments and is without purification saturation issues. Nano ZnO is economic, applicable and consumes no energy. |
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