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Effect of Different Color Paste on Properties of Fluorine Resin/Aluminum Infrared Low Emissivity Coating

机译:不同颜色浆料对氟树脂/铝红外低发射率涂层性能的影响

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The effect of the four kinds of red, dark yellow, purple, and black pastes on the properties of fluorine resin/aluminum low emissivity coating was studied. The infrared emissivity coatings with red and black pastes were higher than the coatings with dark yellow and purple pastes. The hardness of the coatings with red, dark yellow, and purple color pastes was 6H, and that with black pastes was 6B. The adhesion and impact resistance of dark yellow coating was better, followed by red and purple, and the adhesion and impact resistance of black coating was the worst. Electrochemical polarization curves indicated that fluorine resin coatings with purple paste had better corrosion resistance. After the salt water resistance test, there was no obvious loss of light in the coatings with the four kinds of color pastes. The purple paste coating had no obvious loss of light and less bubble, suggesting that the fluorine resin/aluminum low emissivity coating with purple paste had better performance. The results of this study provide a new prospect for the application of infrared low emissivity coating in infrared stealth and compatibility with visible light.
机译:研究了四种红色,深黄色,紫色和黑色浆料对氟树脂/铝低发射率涂层的性能的影响。具有红色和黑色糊状物的红外发射率涂层高于涂层,呈深黄色和紫色糊状物。用红色,深黄色和紫色糊状物的涂层的硬度为6小时,黑糊状物为6b。深黄色涂层的粘附性和抗冲击性更好,然后是红色和紫色,黑涂层的粘附性和抗冲击性是最糟糕的。电化学偏振曲线表示,具有紫色糊的氟树脂涂层具有更好的耐腐蚀性。在盐水耐水试验后,用四种颜色糊状物涂层中没有明显的光损失。紫色糊状涂层没有明显的光损失和较少的泡沫,表明氟树脂/铝低发射率涂层具有紫色糊状物具有更好的性能。本研究的结果为红外隐身和可见光的相容性应用红外低辐射率涂层的应用提供了一种新的前景。

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