Absorbing and Thermal Conductive PowderIn the era of rapid development of modern technology, the frequent use of electronic products and electromagnetic radiation issues have become a global focus of attention. With the popularization of 5G communication and the rapid rise of industrial electronics, there is an increasing demand for raw material powders that can simultaneously possess absorption and thermal conductivity functions. In this context, the technology team of the Advanced Institute has successfully developed a series of absorbing and conducting powders called YB-200, which have been widely used in commercial communications, millimeter wave applications, industrial electronics, security and national defense due to their characteristics and advantages.
High filling rate, high balling rate
In order to achieve the best absorption and thermal conductivity, YB-200 series absorption and thermal conductivity powders have the characteristics of high filling rate and high spheroidization rate. A high filling rate means that more powder particles can be fully filled in the target object, thereby improving the efficiency of absorption and heat conduction. The high spheroidization rate results in better dispersion uniformity of the powder, enabling it to function more stably and reliably during use.
High thermal conductivity, low electromagnetic loss
The unique feature of YB-200 series absorbing and heat-conducting powder lies in its high thermal conductivity and low electromagnetic loss. High thermal conductivity enables the powder to quickly transfer the absorbed heat energy to the radiator, thereby achieving effective heat dissipation. At the same time, low electromagnetic losses also enable the powder to minimize energy loss and improve absorption efficiency during the absorption of electromagnetic radiation.
Zero halogen, lead-free, meets RoHs standards
In order to meet the requirements of environmental protection and sustainable development, the YB-200 series
Absorbing and Thermal Conductive PowderWe use halogen-free and lead-free raw materials, which fully comply with RoHs standards. This not only ensures the safety and reliability of the product, but also meets the environmental protection requirements of today's society, making the product more widely recognized and applied in the market.
Typical applications
Due to the dual functions of absorbing and conducting heat in YB-200 series absorbing and conducting powders, they have a wide range of applications in many fields. In the field of commercial communication, it can be applied to devices such as antennas, base stations, optical modules, routers, switches, etc., providing high-quality absorption and thermal conductivity effects. In millimeter wave applications, especially in 5G communication and millimeter wave radar, YB-200 series absorbing and thermally conductive powders can also play an excellent role. In addition, YB-200 series absorbing and thermally conductive powders have been widely applied and promoted in the fields of industrial electronics, instrument measurement, and security and national defense.
technical parameter
The YB-200 series absorbing and thermally conductive powder has the following technical parameters: thermal conductivity of 30.5, magnetic permeability of 23.0, D10 of 0.5-1.0, D50 of 2.0-5.0, D90 of 6.0-16.0, A.D of 1.5-3.0, T.D of 2.5-4.0, hardness of 50-80, breakdown voltage of 20.35, and frequency of use of 1-40.
epilogue
The YB-200 series independently developed by the advanced institute's technology team
Absorbing and Thermal Conductive PowderFrom the introduction, we can see its unique absorption and thermal conductivity characteristics, as well as a wide range of application fields. The advantages of high filling rate, high spheroidization rate, high thermal conductivity, and low electromagnetic loss make YB-200 series absorbing and thermally conductive powders an indispensable material in electronic products. In the future, with the continuous development of technology and the increasing demand, the YB-200 series of absorbing and thermally conductive powders will undoubtedly demonstrate their infinite charm in more fields.
