High frequency thermal conductive absorbing materialIt is a new type of electromagnetic wave isolation and elimination material, widely used in high-frequency communication, radar, satellite communication, aerospace, electronic equipment and other fields due to its special thermal conductivity and absorption properties.
1、 Definition of High Frequency Thermal Conductive Absorbing Materials
High frequency thermal conductive absorbing material is a composite material composed of thermal conductive material and conductive material, which contains particles with good conductivity and materials with high thermal conductivity inside, forming a high-density, high thermal conductivity, and high absorption structure, achieving absorption and isolation of high-frequency electromagnetic waves.
2、 Basic characteristics of high-frequency thermal conductive absorbing materials
1. High absorption performance: High frequency thermal conductive absorbing materials have very high absorption performance, which can effectively absorb high-frequency electromagnetic waves and achieve isolation and elimination of electromagnetic waves.
2. High thermal conductivity: High frequency thermal conductive absorbing materials have high thermal conductivity, which can quickly convert absorbed electromagnetic waves into thermal energy and release it quickly into the external environment through the conduction effect of thermal conductive materials.
3. Stable chemical properties: The material composition of high-frequency thermal conductive absorbing materials has stable chemical properties, which can maintain their absorption and thermal conductivity under various harsh environmental conditions.
3、 Application of High Frequency Thermal Conductive Absorbing Materials
1. High frequency communication: High frequency thermal conductive absorbing materials are widely used in high-frequency communication related equipment, such as cables, antennas, filters, and other components.
2. Radar: High frequency thermal conductive absorbing materials are used in radar and other RF devices to resist electromagnetic interference (EMI) and lightning.
3. Satellite communication: High frequency thermal absorbing materials are also widely used in satellite communication systems, with excellent absorption and thermal conductivity properties.
4. Aerospace: In the aerospace field, high-frequency thermal conductive absorbing materials can effectively prevent electromagnetic waves from causing harm to personnel and equipment, while protecting the stability of onboard electronic equipment.
5. Electronic devices: High frequency thermal conductive absorbing materials are also used in the shielding and isolation of electronic devices.
