家电产品净化技术比(空气净化器、滤网式空调、松下空调微环境优化器).doc

家电产品净化技术对比（空气净化器、滤网式空调、松下空调微环境优化器 中国标准化协会调查显示，68%的疾病是由于室内污染造成。美国专家检测发现，在室内空气中存在500多种挥发性有机物，其中致癌物质就有20多种，致病病毒200多种，危害较大的主要有：氡、甲醛、苯、氨以及酯、三氯乙烯等。室内空气的污染程度要比室外严重2-5倍，有时可达到100倍。可见室内空气净化，对于人体健康是多么重要。 　　基于这点考虑，越来越多的家庭开始关注空气净化功能的产 空气净化器 1. 物理滤网技术净化器采用的主流技术滤网技术，明显缺点，等级越高越贵净化器会用高等级，但提升过滤效果同时也会耗材成本。除尘技术除尘装置处理的直径最小可达，好处在于更换滤网，污染物的电板会把脏东西都到隔网，定期冲洗即可。但是产生静电同时产生臭氧，对婴幼儿和呼吸道疾病患者有。 气体过滤技术 技术主要是通过活性炭网实现，但活性炭对甲醛没有很好的吸附吸附量较少，某些情况下还会释放其吸附的甲醛，造成二次污染。的技术多不能主动出击达到更好的净化效果。而且大多呼吸的颗粒问题，未能室内温度、湿度、细菌问题。空气净化器无法深入到自身机体或空调机内部，不定期清理，有可能成为家中污染源，二次污染。的和空气净化器滤网过滤技术，单纯 离子净化空调——松下空调微环境优化器 主动 松下空调的净化功能e-G纳米离子和nanoe纳米水离子主动出击到空气中各个角落去净化空气，消除细菌 同时nanoe还能深入等深处衣物细菌和异味的功能。空气净化被动扬尘以后再吸附 松下空调微环境优化器不止针对呼吸顺畅问题，还考虑皮肤在空气中温度、湿度和与空气接触的舒适感，低菌环境带来的心理安全感，洁净无异味带给人类嗅觉上的清爽感，致力提升所处微环境的整体空气问题，定位更广，优化涉及的范围更完善。 3. 内部 空气净化器和普通清洁无法涉及的空调机内部，而松下空调nanoe-G纳米离子能深入到空调机对内部进行清洁保持机体内部洁净空调有机器人清扫达到自动灰尘的作用自动开启既保证了新出风低菌环境，又免除了空调需开机拆除滤网清洁的麻烦。 conferences, learned superiors policies; reports, you can learn to deal with problems, art, just wanted to learn, to learn at any time. To continuously expand the scope of the study. The complexity and comprehensiveness of our work, decided to not only do we want to be professionals, or if generalists, to dabble in different areas of knowledge. Mastery of knowledge not only to have knowledge to rational analysis. This on requirements we, not only to learning national of route, and approach, and policy, also to learning national of legal, and regulations; not only to with political theory armed mind, also to with economic theory guide work; not only to read history, also to read history; not only to absorption SM of mirror, also to gets is of road; not only to from local learn, also to to outside learn; not only to to books learn, also to field study learn. 　　Therefore, I would encourage you, and more to the outside world when I have time to take a look at, take a stroll, outside developments, learn other peoples development approach, and then come back to guide our work. Second, we must t