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  • 负离子发生器的空气净化原理
  • 本站编辑:上孰机电设备(上海)有限公司发布日期:2018-04-04 13:51 浏览次数:

负离子发生器是通过自身技术释放高浓度的生态级小粒径负氧离子,负氧离子释放到空间后可以快速的与空气中的颗粒污染物结合,污染物凝聚成团,沉降到地面,从而达到净化空气的目的。

The negative ion generator releases the high concentration of the high concentration of the high concentration of the negative oxygen ion of the small particle size. After the negative oxygen ion is released into the space, it can quickly combine with the particulate pollutants in the air, and the pollutants are condensed into a mass and settled to the ground to achieve the purpose of purifying the air.

在中国空气负离子暨臭氧研究学会专家组编写的《空气负离子在医疗保健及环保中的应用》一书中就曾多次讲到:空气中的轻离子(小粒径负离子)对小至0.01微米、在工业上难以除去的的微粒飘尘,有百分之百的沉降去除效果。

In the book "the application of negative air ions in health care and environmental protection" compiled by the expert group of the air negative ion and ozone research society of China, it has been said many times that the light ions in the air (negative ions of small particles) have one hundred percent settlement removal effect to 0.01 micron and industrial particles that are hard to remove.

当室内空气中负离子的浓度达到每立方厘米2万个时,空气中的飘尘量会减少98%以上。对可入肺颗粒物PM2.5效果极佳。

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When the concentration of negative ions in indoor air to reach 20 thousand per cubic centimeter, the amount of particulates in the air will be reduced by more than 98%. The effect of PM2.5 on pulmonary particulate matter is excellent.

所以在含有高浓度小粒径负离子的空气中,PM2.5中危害最大的直径1微米以下的微尘、细菌、病毒等几乎为零。

Therefore, in the air containing high concentration of small particle negative ions, the most dangerous particles, bacteria and viruses below 1 micron diameter in PM2.5 are almost zero.