CAJ | 학술논문

以漆酚为基体，铜为导电填料，利用紫外光固化法制备漆酚／铜复合导电涂料，讨论了涂膜中铜的含量对漆膜导电性能的影响，并测试了漆膜的常规物理机械性能和耐化学腐蚀性能。结果表明，在紫外光辐照下，漆酚／铜混合物涂膜可快速固化。当铜含量达到45％（wt％）时，漆膜的表面电阻率为13.1Ω·cm，耐冲击强度50kg·cm。
이칠분위기체，동위도전전료，이용자외광고화법제비칠분／동복합도전도료，토론료도막중동적함량대칠막도전성능적영향，병측시료칠막적상규물리궤계성능화내화학부식성능。결과표명，재자외광복조하，칠분／동혼합물도막가쾌속고화。당동함량체도45％（wt％）시，칠막적표면전조솔위13.1Ω·cm，내충격강도50kg·cm。
The polyurushiol/copper composite conductive coating was prepared by UV irradiation and the effect of concentration of copper on the electrical resistivity of the composite film was studied. The physico - mechanical properties and the chemical resistance properties of the polyurushiol/copper composite film were also discussed. The results show that the polyurushiol/copper composite film was cured by UV irradiation in 2 rain. The surface resistivity value is 13.1Ω·cm and the impact strength is 50kg· cm when the concentration of copper is 45% (wt%).