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Some experts say that the discovery of graphene means that silicon can be replaced, and the next generation of information technology revolution will be opened, and humans will enter the "carbon era." 01 Graphene gives users a subversive experience Graphene has a wide range of applications, widely used in traditional industries to enhance its performance; or a new revolutionary product, resulting in a disruptive user experience. Adding industrial materials to significantly improve performance; or replacing silicon materials as a new generation of electronic chips. The addition of graphene to materials such as plastics, rubber, metals, or liquid industrial products such as lubricating oils, fibers, battery fluids, and paints can significantly improve their performance. 
If graphene is added to the foam packaging box, the strength is increased by 3 times, which can be widely used for cold chain transportation; at the same time, it can replace the traditional plastic to become the component of the automobile collision avoidance system. The EU's “Graphene Flagship Program†recently released the latest research results. Graphene is connected to the nervous system and still maintains the integrity of active cells and is used to control deep brain transplantation. Graphene is used in high-performance sensors, which is 45 times more sensitive than silicon-based sensors and reduces device size by 75%. 02 Development of a new generation of graphene technology and products Graphene is involved in the fields of electronic information, equipment manufacturing, energy development, oil and gas chemical, vanadium and titanium steel industry, and can be upgraded again with graphene. For example, in the new energy industry, graphene-modified lithium batteries and graphene-based supercapacitors have emerged as more mature products. Energy-saving and environmental protection equipment, aviation and gas turbines, new energy vehicles and graphene applications are directly related. The graphene photocatalytic network for professional water quality has also been launched and successfully mass-produced. According to the data, the domestic graphene industry is expected to reach 100 billion in the next 10 years. The global graphene industry is expected to reach approximately $32.9 billion by the end of 2018. The scale of the relevant full industry chain market is expected to reach the trillion dollar level. In the future, graphene carbon fiber is indispensable in a specific field such as aerospace; plastic-like applications are widely used in various products; instead of silicon materials, a new generation of electronic chips has been developed, thus entering the "silicon era". The carbon age."
Graphene is called "the king of new materials" and has the characteristics of ultra-thin, high strength, thermal conductivity, electrical conductivity and excellent light transmission. Only one carbon atom thickness is the thinnest material in nature; its structure is stable, its strength is more than 100 times higher than that of the best steel, exceeding the diamond; the thermal conductivity of graphene is 5300W, higher than new materials such as carbon nanotubes and diamond; The ratio is lower than that of copper or silver, and it is the material with the lowest resistivity in the world; the light transmittance is as high as 97.7%, which is almost transparent.