建筑工程技术与设计
建築工程技術與設計
건축공정기술여설계
Architectural Engineering Technology and Besign
2015年
31期
1840
,共1页
表面张力%金属-塑料结合界面%温度
錶麵張力%金屬-塑料結閤界麵%溫度
표면장력%금속-소료결합계면%온도
Surface tension%Metal - plastic combined interface%The temperature
金属—塑料在界面的结合力对复合件的成形强度是有至关重要的影响.研究塑料在金属表面的表面张力、润湿性能对提高金属与塑料界面的结合力具有重要的意义.本次实验采用悬滴法来间接测量金属-塑料结合界面的表面张力,研究注塑温度与表面张力大小的关系.
金屬—塑料在界麵的結閤力對複閤件的成形彊度是有至關重要的影響.研究塑料在金屬錶麵的錶麵張力、潤濕性能對提高金屬與塑料界麵的結閤力具有重要的意義.本次實驗採用懸滴法來間接測量金屬-塑料結閤界麵的錶麵張力,研究註塑溫度與錶麵張力大小的關繫.
금속—소료재계면적결합력대복합건적성형강도시유지관중요적영향.연구소료재금속표면적표면장력、윤습성능대제고금속여소료계면적결합력구유중요적의의.본차실험채용현적법래간접측량금속-소료결합계면적표면장력,연구주소온도여표면장력대소적관계.
Metal - plastic in the adhesion strength of the interface strength of composite parts forming is a very important influence. The plastic on the surface of the metal surface tension, wettability, to improve the adhesion strength of the metal and plastic interface has the vital significance. This experiment adopts hanging drop method to measure the surface tension of the metal - plastic combination interface, the molding temperature and the surface tension of the size of the relationship.