Absorbing and Thermal Conductive PowderIt is a raw material powder with dual functions of absorption and thermal conductivity, which can be widely used in commercial communication, millimeter wave applications, industrial electronics, instrument measurement, and security and defense fields. Its high filling rate, high spheroidization rate, high thermal conductivity, and low electromagnetic loss make it a new favorite in the field of electric heating management.
1、 High filling rate and high spheroidization rate - laying the foundation for efficient thermal conductivity
With the high integration and high power of electronic devices, the problem of heat dissipation is becoming increasingly serious. Absorbing thermal conductive powder, with its high filling rate and high spheroidization rate, can effectively fill the small gaps between electronic devices and improve heat dissipation efficiency. By forming a spherical structure on the surface of electronic devices, the thermal conductivity can be effectively improved, ensuring the reliability and stability of the equipment.
2、 High thermal conductivity and low electromagnetic loss - creating dual insurance for electric heating management
Another outstanding advantage of absorbing thermal conductive powder is its high thermal conductivity and low electromagnetic loss. High thermal conductivity enables it to quickly conduct the absorbed electromagnetic radiation energy to the heat sink, effectively reducing the temperature of the equipment and extending its service life. Low electromagnetic losses can reduce the interference of electromagnetic radiation on other electronic components and improve overall system performance.
3、 Meet environmental requirements - a green choice of halogen-free and lead-free
Against the backdrop of increasingly high environmental protection requirements in various industries,
Absorbing and Thermal Conductive PowderWith its halogen-free and lead-free characteristics, it fully meets the RoHs index requirements and provides users with a green and environmentally friendly choice. The characteristics of halogen-free and lead-free not only protect the environment, but also improve the product's resistance to breakdown voltage under electromagnetic radiation and enhance the safety performance of the system.
4、 Typical application - widely used in multiple fields
Due to its excellent absorption and thermal conductivity, absorbing and conductive powders have broad application prospects in multiple fields. In the field of commercial communication, it can be applied to equipment such as antennas, base stations, optical modules, routers, switches, etc., to improve the performance stability of the equipment. In millimeter wave applications, absorbing thermal conductive powder plays an important role in 5G communication and millimeter wave radar. In the fields of industrial electronics, instrument measurement, and security and national defense, absorbing and heat-conducting powders can also be applied to various devices to enhance the overall performance and reliability of the system.
5、 Technical parameter table
-Thermal conductivity: 3 0.5
-Magnetic permeability: 23.0
- D10：0.5~1.0
- D50：2.0~5.0
- D90：6.0-16.0
- A.D：1.5~3.0
- T.D：2.5~4.0
-Hardness: 50-80
-Resistance to breakdown voltage: 20.35
-Usage frequency: 1-40
Summary:
Absorbing and Thermal Conductive PowderAs a raw material powder with dual functional characteristics of absorbing waves and conducting heat, it plays an important role in the field of electric heating management. By improving thermal conductivity through high filling rate and high spheroidization rate, reducing equipment temperature and interference through high thermal conductivity and low electromagnetic loss, and meeting environmental requirements through halogen-free and lead-free, absorbing thermal conductive powder has become an ideal choice for electronic device manufacturers and researchers. I believe that with the continuous advancement of technology and the expansion of application scenarios, absorbing and heat-conducting powders will have a broader market prospect in the future.
