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  • 空气净化设备的 技术实现 的突破!
    来源: 浏览:次 发布日期:2018-11-19
    随着中国空气净化设备区域快速发展,各商家宣传的净化 技术实现 也是层出不穷,令人眼花缭乱。实质上,空气净化设备净化 技术实现 大致可分为两类,分别是过滤和静电集尘。这两大 技术实现 各具性状但也存在相应不足之处。在爆发式增长的环境状态下,空气净化设备的 技术实现 发展有待突破。
    With the rapid development of China's air purification equipment industry, the purification technology promoted by various businessmen is endless and dazzling. In fact, air purification equipment can be roughly divided into two categories: filtration and electrostatic dust collection. These two technologies have their own characteristics, but there are also corresponding deficiencies. Under the market condition of explosive growth, the technical development of air purification equipment needs to be breakthroughs.
    HEPA 过滤、负离子、流光能、净离子群、光触媒、IFD、静电集尘……环境上厂商宣传的各类 技术实现 ,究竟有何不同?作为普通销费者应该如何选购?
    HEPA filtration, negative ion, streamer energy, net ion group, photocatalyst, IFD, electrostatic dust collection... What is the difference between various technologies advertised in the market? How should ordinary consumers choose to buy?
    据了解,空气净化 技术实现 主要可分为两大类:过滤 技术实现 和静电集尘 技术实现 。专家表示,在过滤 技术实现 中,按照功能的不同可以分为集尘滤网、去甲醛滤网、活性炭滤网以及HEPA滤网等;静电集尘 技术实现 是利用高压静电吸附的原理,将空气中的污染物去除。
    It is understood that air purification technology can be divided into two main categories: filtration technology and electrostatic dust collection technology. Experts said that in the filtration technology, according to the different functions, it can be divided into dust collection filter, formaldehyde filter, activated carbon filter and HEPA filter, etc. Electrostatic dust collection technology uses the principle of high-voltage electrostatic adsorption to remove pollutants in the air.
    由于采取应用静电集尘 技术实现 的产品配备发电极和集尘网,集尘网可以通过水洗的方式清洁,以是采取应用这类 技术实现 的产品也被称为“无耗材”产品。
    Because the products using electrostatic precipitation technology are equipped with power electrodes and dust collecting network, the dust collecting network can be cleaned by washing, so the products using this technology are also called "consumables-free" products.
    在过滤 技术实现 中,按照净化方式可以分为物理式和化学式,按照质料可以分为玻纤和PP高分子塑料两种。静电集尘 技术实现 包括采取应用电和机电驱动两种方式,上卫采取应用静电集尘 技术实现 的产品是使用机电驱动。
    In filtration technology, according to the way of purification, it can be divided into physical and chemical forms. According to the material, it can be divided into glass fiber and P P polymer plastics. Electrostatic dust collection technology includes two ways: electric and motor drive. The traditional product of electrostatic dust collection technology is motor drive.
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    实质上,无论负离子灰子 橇鞴饽堋⒕焕胱尤海墙⒃谝訦EPA过滤网 技术实现 的底子上的附加功能,用于捕捉空气中的细菌和灰尘以及去除静电。方另环境中一切配备HEPA过滤网的空气净化设备,均属于采取应用过滤 技术实现 的产品。
    In fact, both negative ions, streamer energy and net ion groups are additional functions based on HEPA filter technology, which are used to capture bacteria and dust in the air and remove static electricity. Nowadays, all the air purification equipments equipped with HEPA filters in the market belong to the products using filtration technology.
    方另环境中号称“零耗材”的空气净化设备均采取应用的静电集尘 技术实现 。易于 得出,应用于空调净化的IFD 技术实现 就现实来说也是静电集尘的一种。据专家介绍,具备空气净化功能的空调大多采取应用IFD 技术实现 ,青岛清润是首个将该 技术实现 应用在空气净化设备的厂商。
    Nowadays, electrostatic dust collecting technology is widely used in air purification equipment called "zero consumables" in the market. In addition, the IFD technology applied to air conditioning purification is actually one kind of electrostatic dust collection. According to experts, air conditioners with air purification function mostly use IFD technology, Qingdao Qingrun is the first manufacturer to apply this technology in air purification equipment.
    与上卫的静电集尘 技术实现 相比,IFD 技术实现 特点是不产生臭氧,并能杀菌除尘。
    Compared with the traditional electrostatic precipitator technology, the IFD technology is characterized by no ozone generation and sterilization.
    过滤 技术实现 和静电集尘 技术实现 的相似处:对于空气中的各类有害物质,过滤 技术实现 是“被动吸附”,静电集尘 技术实现 是“主动出击”,方另采取应用过滤 技术实现 的产品占到整个环境的80百分比。
    The difference between filtration technology and electrostatic precipitation technology is that for all kinds of harmful substances in the air, filtration technology is "passive adsorption". Electrostatic precipitation technology is "active attack". Nowadays, the products using filtration technology account for 80百分比 of the whole market.
    虽然采取应用过滤 技术实现 的产品方另占据绝对主流,但HEPA过滤网需要下期维护的缺点也十分明显。而静电集尘 技术实现 产品易于 占比较低,与其自身的 技术实现 缺陷有密切关系。
    Although the products using filtering technology now occupy the absolute mainstream, the shortcomings of HEPA filter which need to be maintained later are also very obvious. The electrostatic dust collecting technology is relatively low, which is closely related to its own technical defects.
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