Thermal absorption wave plateIt is an absorbing material used to reduce electromagnetic radiation, usually made of metal or non-metal materials. It can convert electromagnetic radiation into heat energy for absorption when it passes through, effectively reducing the impact of electromagnetic radiation on equipment.
nowadays
Thermal absorption wave plate
There are many uses for it, just like the CPU of a computer is really indispensable without it, and it needs to be replaced every few years, otherwise it will affect the operating life of the computer. And the LED industry also has common manipulation, such as the aluminum substrate and heat sink or shell, which play a very good role in heat dissipation, shock absorption, and insulation.
The main feature of a thermally conductive wave absorbing plate is that it can simultaneously achieve heat dissipation and absorption performance in the same material. This performance can help the device operate stably in high temperature and high interference environments, and reduce the accumulation of heat and electromagnetic interference inside the device.
Thermal absorption wave plate
It is more commonly used in electronic products, and the most common one should beThermal grease thermal padHe is a thermal conductive material commonly used in electronic components. Generally, electronic products are coated with glass fiber substrates with high adhesion and made of silicone polymer adhesive, which becomes a thermal conductive adhesive material.
The specific composition of the thermal absorption wave plate is as follows:
1. Metal layer: This layer is the core part of the thermal absorption wave plate, usually made of metal material. This layer has good conductivity and thermal conductivity, which can convert electrical energy into thermal energy through conduction and absorb the heat brought by electromagnetic radiation.
2. Non metallic layer: This layer is usually made of non-metallic materials such as PVC PET, PS, etc.
3. Magnetic layer: This layer is usually made of magnetic material. In practical applications, thermally conductive absorbing wave plates can be used for thermal management and electromagnetic shielding in fields such as electronic devices and automotive systems. This material can effectively reduce the temperature difference and electromagnetic interference inside the equipment, ensuring the normal operation and stability of the equipment.
It should be noted that thermal absorption wave plates need to meet certain requirements in practical applications to ensure performance and application effectiveness. For example, when used in high temperature and high interference environments, factors such as material heat resistance and electromagnetic shielding performance need to be considered. At the same time, the thermal absorption wave plate also needs to meet certain weight and volume requirements to meet the needs of practical applications.
In summary, thermally conductive wave absorbing plates are a material with excellent performance and promising applications, capable of stable operation in high temperature and high interference environments, and reducing temperature differences and electromagnetic interference inside equipment. In practical applications, it is necessary to select and design according to different needs to ensure that product quality and performance meet the requirements.
