【物理式净化方式】
Physical purification method
1.吸附性过滤—活性炭  活性炭是一种多孔性的含炭物质, 它具有高度发达的孔隙构造, 活性炭的多孔结构为其提供了大量的表面积，能与气体（杂质）充分接触，从而赋予了活性炭所特有的吸附性能，使其非常容易达到吸收收集杂质的目的。就象磁力一样，所有的分子之间都具有相互引力  缺点：普通活性炭并不能吸附所有的有毒气体，效率较低、易脱附。
1. Adsorption filtration - Activated carbon is a porous carbon containing substance with highly developed pore structure. The porous structure of activated carbon provides it with a large amount of surface area and can fully contact gas (impurities), endowing it with unique adsorption performance, making it very easy to achieve the purpose of absorbing and collecting impurities. Just like magnetic force, all molecules have the disadvantage of mutual attraction: ordinary activated carbon cannot adsorb all toxic gases, with low efficiency and easy desorption.
2.机械性过滤—HEPA网  HEPA(High efficiency particulate air Filter)，中文意思为高效空气过滤器，达到HEPA标准的过滤网，对于0.3微米的有效率达到99.998%，HEPA网的特点是空气可以通过，但细小的微粒却无法通过。HEPA过滤网由一叠连续前后折叠的亚玻璃纤维膜构成，形成波浪状垫片用来放置和支撑过滤界质。
2. Mechanical filtration - HEPA (High efficiency particulate air filter), which means high-efficiency air filter in Chinese, is a filter that meets the HEPA standard and has an effective rate of 99.998% for 0.3 microns. The characteristic of HEPA is that air can pass through, but small particles cannot pass through. The HEPA filter screen is composed of a stack of continuously folded subglass fiber membranes, forming a wavy gasket to place and support the filter interface.
3.物理中子技术：通过将物理分子结合技术引进空气污染治理，能够从源头上治理室内环境污染问题。其净化机理为：以碳分子（二水）为核心成分定送水  铜鼎铜钟 淤泥固化设备 化粪池钢模具 拱形骨架模具 保定代理记账 保定道闸
，模拟中子运行工况：还原--固化—分裂—植入—改变—停止，穿透污染物分子结构，再结合一定温度和湿度，改变并破坏其理化指标，在裂变过程中运用物理导入的能源使污染物的质量发生改变，消除污染源对环境与人体的毒性，短时间内多次循环模拟激发分解有害污染物。整个过程高效安全，环保无毒无味，无腐蚀无刺激。相对而言，较为符合当前中国室内环境净化以及空气污染治理。
3. Physical neutron technology: By integrating physical molecules into air pollution control, indoor environmental pollution can be addressed from the source. The purification mechanism is as follows: using carbon molecules (dihydrate) as the core component, simulating neutron operating conditions: reduction solidification fission implantation change stop, penetrating the molecular structure of pollutants, combined with a certain temperature and humidity to change and destroy their physical and chemical indicators. During the fission process, the energy introduced by physics is used to change the quality of pollutants and eliminate the toxicity of pollution sources to the environment and human body, Simulate multiple cycles in a short period of time to stimulate the decomposition of harmful pollutants. The entire process is efficient and safe, environmentally friendly, non-toxic, odorless, non corrosive, and non irritating. Relatively speaking, it is more in line with the current indoor environmental purification and air pollution control in China.