微量高通环

微量高通环由特种信息记忆材料合成它是利用特定设备测定和储存水中相关物质的分子振动波形，针对水中相关物质的分子振动波形，再开发多种超精微振动波（Ultra-fineOscil ations），并利用特定技术将这种波储存于微量高通环亚原子级。 在微量高通环安装管道上的瞬间，超精微振动波即被持续恒量地释放出来，透过管壁传入水中 
The micro high-throughput ring is synthesized from special information memory materials. It utilizes dedicated equipment to measure and store the molecular vibration waveforms of substances in water. Based on these waveforms, multiple ultra-fine oscillations are developed and stored at the subatomic level within the micro high-throughput ring using specialized techniques. At the moment when the micro high-throughput ring is installed on the pipeline, ultra-precision vibration waves are continuously and constantly released, transmitting through the pipe wall into the water.

这种超精微振动波的释放不需要任何外部能源的馈给而只依靠周围环境的热能即可。 借助于水作为传输和储存振动波的介质，超精微振动波沿水流方向高速传播，到达管网中每个角落的水。 在超精微振动波的作用下，水的活性得到极大加强，大的水分子团被分解为小的单个水分子，水的溶解力、渗透力和包含垢的能力增强，分化瓦解已形成的垢和锈，并且破坏菌藻正常的生存条件，从而有效保护管道和设备免遭各类腐蚀。 
The release of such ultra-fine oscillations does not require any external energy input and relies solely on the thermal energy of the surrounding environment. By utilizing water as the medium for transmitting and storing vibration waves, ultra-fine oscillations propagate rapidly along the direction of water flow, reaching every corner of the water in the pipe network. Under the action of ultra-fine oscillations, the activity of water is greatly enhanced. Large water molecule clusters are decomposed into smaller individual water molecules, improving the water's solubility, permeability, and ability to encapsulate scale. This process breaks down and disintegrates existing scale and rust and disrupts the normal living conditions of bacteria and algae, thereby effectively protecting pipelines and equipment from various types of corrosion.

同时超精微振动波作用于水中的钙、铁等相关物质及各类金属盐类，使其物理特征发生改变。 比如碳酸钙的溶解度提高，水温升高后也很少析出结晶；原有的水垢会被慢慢溶解；新的管道不会板结垢块；新的铁锈不再出现，原有锈层被溶解直至消失，最终管道内壁形成保护性氧化层，管路自洁自清，设备使用寿命得到大幅度延长。 
Simultaneously, ultra-fine oscillations act on relevant substances such as calcium and iron in water, as well as various metal salts, altering their physical characteristics. For example, the solubility of calcium carbonate increases, and crystallization rarely occurs even when the water temperature rises; existing scale will gradually dissolve; new pipelines will not develop scale deposits; new rust will no longer form, and existing rust layers will be dissolved until they disappear. Ultimately, a protective oxide layer will form on the inner walls of the pipelines, enabling self-cleaning and significantly extending the service life of the equipment.