Conductive polymer absorbing materials

Conductive polymer suction material is a functional material with conductivity and suction performance. They are usually composed of two parts: conductive material and suctioning agent. The conductive material can provide electronic conductivity, while the absorbing agent can convert the energy from electromagnetic waves into thermal energy to reduce the reflection and transmission of waves. The conductive polymer suction material has extensive application potential in the fields of electronic communication, radio wave isolation, etc. due to its unique performance.

The conductivity of conductive polymers is derived from the conductivity of the conductive co -pillar polymer molecular chain. These molecular chains have high load migration rates and low resistors, so that electrons can be freely transmitted inside the material. On the basis of conductivity, a rippling agent is also added to the conductive polymer absorbing material. Commonly used ripples include graphene and nanoparticles. These absorbers have good electromagnetic wave absorption performance, which can effectively convert the energy of electromagnetic waves into thermal energy and achieve the absorption effect.

The performance of the conductive polymer suction material is mainly reflected in the following aspects. First, they can absorb and suppress reflexes and transmission from electromagnetic waves, and improve the attenuation of electromagnetic waves. Secondly, they usually have a wide -absorbing frequency band and can achieve an effective absorption effect within the wide frequency range. In addition, the conductive polymer suction material also has high thermal stability and chemical stability, which can work in a long -term stability in a complex environment.

The design and preparation of conductive polymer suction materials still face some challenges. First of all, there are certain contradictions between the conductivity of the conductive polymer suction material and the suction performance. In order to improve the conductivity, more conductive materials need to be added, but too much conductive materials will reduce the suction performance. Therefore, in the process of design and preparation, you need to find a suitable balance point. Secondly, the stability and reliability of conductive polymer suction materials are also a problem that needs to be solved, especially in complex and changeable environments, such as high temperature and humidity.