Nowadays, the popularization and use of electronic devices have become an indispensable part of people's lives. However, the accompanying radiation noise and electromagnetic wave radiation issues have increasingly attracted people's attention. In order to reduce the impact of these problems on people's health and life, scientists and engineers have been working hard to find new solutions. andThermal conductive absorbing materialIt becomes a reliable choice to solve this problem.
Material characteristics
Advanced Institute of TechnologyThermal conductive absorbing materials are a type of material that can absorb electromagnetic wave energy projected onto its surface with minimal reflection, refraction, and scattering. This kind of material is not only relatively light, but also soft and unbreakable, with wide absorption band, good absorption performance, strong weather resistance, anti-aging, easy to process and cut, moisture resistance, pressure resistance, long-term use, non-toxic and environmental protection. By leveraging these characteristics, thermally conductive absorbing materials provide a new solution for improving electromagnetic wave environments.
Product Features
1. Soft and non fragile, lightweight, easy to process and cut, convenient to use, can be installed in small spaces
Thermal conductive absorbing materials have flexibility, are not easily broken, and are lightweight, making them very suitable for installation in narrow spaces. In addition, it can be easily processed and cut, making it more convenient to use.
2. It needs to be bonded or pressed onto a metal substrate to achieve good absorption effect
To ensure good absorption effect,
Thermal conductive absorbing materialIt needs to be bonded or pressed together with the metal base plate. In this way, when receiving electromagnetic wave energy, the material can absorb and convert it into other forms, thereby reducing radiated noise.
3. Can correspond to diverse sizes and shapes
In order to meet the needs of different devices, thermal conductive absorbing materials can be customized according to size and shape requirements. This enables the material to be widely used in various electronic devices.
4. High temperature resistance and good flexibility
Thermal conductive absorbing materials have excellent temperature resistance and can operate in a wide temperature range of -40 ° C to 150 ° C. Meanwhile, its flexibility also provides convenience for its application in various environments.
5. Halogen free, lead-free, compliant with RoHs instructions
In order to ensure the environmental performance of the product, the thermal conductive absorbing material does not contain halogen and lead, fully complying with the RoHs directive requirements.
Product application
Thermal conductive absorbing materialIt has a wide range of application fields, and the following are some of the main application scenarios:
1. Noise countermeasures for flexible cables used in mobile devices
Thermal conductive absorbing materials can be used for flexible cables on mobile devices to help reduce noise interference. Thermal conductive absorbing materials can effectively reduce electromagnetic radiation and noise in devices such as laptops, game consoles, and mobile phones.
2. Reduce the radiation noise of various electronic devices
Thermal conductive absorbing materials can be applied to various electronic devices, such as the noise generated by CPUs. By using thermally conductive absorbing materials, the radiation noise generated by the equipment can be effectively reduced.
3. Reduce the electromagnetic radiation (SAR) of mobile phones on the human body
For those who are concerned about the impact of electromagnetic radiation from mobile phones on their health, thermal conductive absorbing materials are a very ideal choice. By applying thermal conductive absorbing materials to mobile phones, the radiation level to the human body can be reduced.
4. Reduce internal EMI (resonance, crosstalk) within the shielding frame
In electronic devices, internal EMI interference may have a negative impact on the normal operation of the equipment. The application of thermal conductive absorbing materials in shielding frames can reduce the interference level of EMI and ensure the normal operation of equipment.
5. Reduce coupling, conduction, and radiation interference between low frequencies, and minimize low-frequency echo interference
The characteristics of thermal conductive absorbing materials enable them to effectively reduce low-frequency coupling, conducted radiation interference, and low-frequency echo interference, improving the efficiency and reliability of electronic devices.
epilogue
Advanced Institute of Technology
Thermal conductive absorbing materialAs a new option that can improve the electromagnetic wave environment, it has many advantages such as softness, non fragility, good absorption performance, and strong weather resistance. Its widespread application in mobile devices, electronic devices, and other fields provides us with a safer and more reliable electronic device environment. Through further research and application, thermal conductive absorbing materials are expected to play a more important role in electromagnetic radiation problems.
