Cooling speeds up by 30% to improve the analysis of the principle of heat dissipation paint

China Paint Network
News: radiation high temperature infrared to improve the heat dissipation paint, heat dissipation in the relative time of heat body can be increased by more than 30%, thermal paint effectively ensure heat loss and exchange, the thermal paint using Fengtai District Beijing Zhisheng Weihua Chemical Co., Ltd. self-developed high-performance thermal film solution, the paint solution works by high temperature treated modified collosome particles (less than 100 nanometers) to produce a condensation into a film. ZS-411 thermal paint solution film-forming fish scale-like structure, conducive to thermal radiation and conducive to higher visible and near-infrared light reflectivity, high thermal infrared emission and stability and other special properties, but also has good physical performance, chemical performance and good construction of a variety of composite.
heat-emitting body thermal paint filler is nano-carbon tube, sharpstone metal oxides and other materials with high thermal conductivity and infrared emission, these fillers can make Fengtai District East Railway Camp ZS-411 thermal paint into a film after the presentation of macro-glossy and micro-wave-shaped radiation structure unit, such a structure can greatly increase the cooling area and conductivity, significantly improve the effect of heat exchange. At the same time, the metal oxides of the sharpstones that have been leapt by electrons can increase the electron energy level, improve the radiation coefficient of infrared radiation of the object, and maintain the corresponding excellent properties such as thermal stability, heat resistance, high strength, corrosion resistance and wear resistance.
thermal body cooling paint is a kind of paint in the form of infrared radiation to take away the heat of the object or speed up the transfer of heat, ZS-411 coating temperature tolerance range -50 to 600 degrees C, paint directly painted in the heat to cool or speed up the heat transfer of the surface of the object, The coating automatically radiates heat into atmospheric space or in the inner space of an object in the infrared wavelength band of about 0.92 m, accelerates heat exchange, reduces the surface and internal temperature of the object, or accelerates the conduction of external heat to the inside of the object, and increases the heat exchange rate.
In addition, in order to improve the overall strength, anti-aging and thermal stability of the heat-forming ZS-411 thermal paint coating, the paint also includes nano-scale rare earth element oxides, which can improve the overall activity of the paint composition material and optimize the various parameters of the paint performance.