With the popularization of 5G technology, various countries around the world are looking forward to early coverage. According to statistics, by 2035, 5G networks will hit 12 trillion dollars in revenue worldwide. It can be seen from this that 5G is not as simple as a communication technology, and its role can affect the development of each country. It is like a steam engine in the steam era, factory technology in the industrial era, etc. It is a major reform to promote the era Important technology, and at this moment which country is the first to popularize 5G networks will play an extraordinary role in promoting its own development.
The leap from the 4G to 5G era means the replacement of the accessories and materials market. The previous 4G equipment and materials obviously did not meet the requirements of 5G, so there are three kinds of materials that are currently the targets of looting in various countries of the world, and even some countries have launched comprehensive battles at all costs. As the competition in the world of communication technology is becoming fiercer, many companies are gradually being eliminated from the street, and emerging companies will usher in new opportunities. For example, my country’s Huawei Group has preempted the dominance of three materials, laying a good foundation for future 5G competition.
The speed of 5G is not at the same level as 4G, so the basic materials used will be more stringent. Our 5G features are ultra-low latency, high speed, and the exchange of information with all things. If you use ordinary plastics, it is difficult to meet the needs of 5G. For this reason, the expert team developed a "modified plastic", which is to build 5G. One of the basic raw materials of the network, it is wear-resistant and durable, light in weight, extremely resistant to drops, can resist moisture, corrosion, lightning, interference, etc. It can be described as an indispensable new material for the establishment of 5G equipment.
At the same time, "modified plastics" can also be used to make 5G series facilities, including brackets, keyboards, mice, frames, box covers, wires, outer and inner frames, covers, etc. Due to the promotion of 5G development, relevant companies in various countries are eager to solve efficient production With regard to the problem of modified materials, we strive to be the first step to achieve high-capacity and high-utilization modified materials. I heard that some plastic companies in China have smelled business opportunities in this area, so they have launched a new strategy early. For example, Dongcai Technology, Chongqing International, DuPont, Polyplastics, etc. are all undercurrent, and they are not willing to fall behind. In the 5G era, take a slice.
With the trend of 5G "demetallization", the future production of 5G mobile phones will mainly use non-metallic materials, such as glass, ceramics, plastics, etc. Therefore, some professionals have revealed that in 2020 the world will have 60% of intelligence The new mobile phone is made of glass back, and the design of the glass-type protective panel will become the mainstream. In addition, zirconia ceramics will also be widely used in the production of high-end 5G mobile phones, and plastic will currently be used as a supplementary material for the production of the low-end mobile phone market. . It seems that "demetallized materials" will be one of the important raw materials robbed by countries.
The third material is "graphene", which the industry calls "black gold of new materials." Graphene is a new type of material that has been created with the strongest electrical and thermal conductivity and the highest mechanical strength. It has an ultra-high specific surface area and carriers. Mobility is a new material that can replace silicon materials. Its performance fully meets the high heat dissipation requirements of 5G facilities and new models, and is the most indispensable and important raw material for 5G series equipment. At present, all countries attach great importance to the acquisition of these three materials. Perhaps the demand is huge, and they are the three most urgently needed materials for localization.