Topological fine filmprovides professionalcarbon nanotubeservices and whole-hearted service

   Shenzhen Topology Precision Film Technology Co., Ltd. is a professional supplier which provides a variety of Nanomaterials, to provide customers withVery popularNanomaterials ,carbon nanotubeand Nanomaterials and so on. Since the company had been established in 4th Floor, Building 1, Tingwei Industrial Park, No. 6 Liufang Road, Xin'an Street, Bao'an District, Shenzhen, China,Bao'an District,Shenzhen City,Guangdong Province,China, adhere to people-oriented ,and the quality of survival, to the credibility of development,our company have made an outstanding achievement.

    The advantage of Topological fine filmNanofiltration membraneis that it can provide more professional and thoughtful solutions timely and accurately according to the actual needs of customers.At the same time, Our company follow the latest developments on Industry and agriculture,Machinery and industry equipment,Industry-specific equipment supply, and establish long and steady partnership relation with many well-known enterprises in the same industry , to provide customers with the most professional, advanced membranesx318b68en.Details:5.Before the carbon nanotube was officially recognized and named in 1991, it was discovered and manufactured in some studies, but it was not recognized at the time that it was a new and important form of carbon. In 1890, it was discovered that carbon-containing gases decomposed on hot surfaces to form filamentous carbon. In 1953, when carbon and Fe3O4 reacted at high temperature, a filamentous structure similar to carbon nanotube was also found. Since the 1950s, the problem of carbon deposition in petrochemical plants and cold nuclear reactors, that is, the problem of carbon filament accumulation, has gradually attracted attention. In order to suppress its growth, many researches on its growth mechanism have been carried out. Carbon nanotube-like structures have been found in these carbon filaments obtained by catalytic pyrolysis of organic matter. In the late 1970s, New Zealand scientists discovered that when an electric spark was generated between two graphite electrodes, small fiber clusters were formed on the surface of the electrode. Electron diffraction measurements revealed that the walls were composed of graphite-like carbon, which was actually observed. To multi-wall carbon nanotubes. The carbon atoms in the carbon nanotube are mainly sp2 hybrid, and the hexagonal mesh structure has a certain degree of curvature, forming a spatial topology.

   Topological fine film always adheres to the corporate purpose: and advancing with the times,make progress together with11-50 people people, and go hand in hand to get innovation and a win-win situation. To get more information about Nanomaterials,carbon nanotube, you can log in and look through Topological fine film official website:www.topmembrane.com