Why is the 5g radome made of FRP? It is one of the hotly discussed high-tech technologies. 5g technology can bring convenience to everyone’s daily life and production. Nowadays, the development trend of 5G technology is changing with each passing day. Because of the construction of 5G communication equipment. Only a good infrastructure can ensure that the development trend of 5G can become better and better. Radome is an indispensable part of communication equipment.
Wireless antennas are generally installed outdoors. And are prone to extreme weather such as heavy rains, strong typhoons, hail, and snowstorms and various radiation sources, which may easily cause the fineness of the wireless antennas to decrease. It is easier to be destroyed in order to maintain the smooth operation of the wireless antenna. It is necessary to use the glass fiber reinforced plastic radome. Many advantages make the glass fiber reinforced plastic material become the preferred material for manufacturing the radome.
Firstly, in order to ensure the smooth communication of the wireless antenna, the material of the radome must be a wave-transmitting material.
The wave-transmitting material is a kind of intelligent material material that integrates structure. Heat insulation and wave transmission that has been rapidly developed in recent years.
It is a structural raw material with very small dielectric loss. When the radio wave encounters a certain raw material during the whole spreading process. If the compressive strength passed exceeds a certain level. The raw material can be regarded as a high-transparent raw material.
On the one hand, glass fiber reinforced plastic is a kind of high-transparent raw material. From the nature of the raw material. Its characteristic is that it has a small relative permittivity and dielectric loss tangent value.
Wave-transparent raw materials can be used as radomes and wireless antenna windows for various airports, cruise missiles, space ships, communication satellites and ground stations. They play key functions in aerospace, electronic devices, communications and other industries, and have a key economy. Development and socio-economic benefits.
Second, the second reason why the radome is made of FRP material is that it also has the function of maintaining the wireless antenna. The FRP material has the characteristics of light weight and high strength, without high quality and sufficient bending stiffness, and in harsh environments Maintaining the wireless antenna can also reduce body weight; FRP also has high toughness and corrosion resistance. It can work normally even in the erodible natural environment. It has a long service life and saves costs for customers. The material is difficult to guarantee.
Because different wireless antenna equipment must have different radomes, FRP materials are more favored at the radome level. Because FRP is highly designable, it can be designed and customized according to customer requirements and the natural environment of the application. Manufacture radome, and strive to pursue a radome with excellent performance to cater to the operation of machinery and equipment. In summary, why the radome is made of FRP is because of the unique characteristics of FRP.
