粘合力

经固化的膜层具有很高的强度和耐溶解性，结果涂层间粘合力得不到保证，尤其是在表面污染易发生的地方。

Cured films are hard and solvent resistant so that intercoat adhesion may be doubtful , particularly where surface contamination may occur .

本文介绍了在聚合物共混物中两相之间的界面面积、界面厚度、粘合力以及界面处的其它性质对共混物性能的影响；

Effeets of interfacial area , interracial thikness , adhesion force and other properties at interface between two phases on the properties of polymer blends are introduced .

研究了钴盐品种和用量对NR胶料性能及子午线轮胎帘布胶镀铜钢丝帘线粘合力的影响。

The effect of cobalt salt type and level on the properties of NR compound and the adhesion strength between the cord compound and the brass plated steel cord in radial tire was investigated .

氧化锌用量增大，粘合力增大；

The adhesion improved as the level of zinc oxide increased ;

影响电镀紫铜胎圈钢丝粘合力因素的工艺探索

Technology Study of Factors Affecting Binding Force of Electroplating Copper on Bead Wire

经过本装置返工处理后的钢丝，钢丝表面质量优良、粘合力高。

After the rework treatment by the device , the wire has good surface quality and high adhesive force .

介绍轮胎对胎圈钢丝在品种、强度、断裂伸长率、粘合力等方面的要求。

To introduce such requirements as varieties , strength , break elongation ratio , adhering force for bead wire of tyre .

产品具有外观整洁、粘合力强、不残胶、强度高、在剪切时不会引起变形等特点。

Products with the appearance of clean , strong adhesive , non-residue , high intensity , the shear will not cause deformation and so on .

采用正交设计法和对比试验法，考察了硫黄、氧化锌、促进剂、炭黑以及某些工艺条件对胶料与镀铜钢丝帘线粘合力的影响。

The influence of sulfur , zinc oxide , accelerator , carbon black and process on the adhesion between rubber and brass plated steel cord was investigated by the orthogonal design method and the comparative test .

溶剂胶制造简单、使用方便、粘合力强，是广泛使用的大底胶，但环境污染严重，即将面临着被环保型胶取代的局面；

Solvent adhesive is a widely used sole adhesive as it is easily manufactured , conveniently used and has strong adhesion , but it cause serious environmental pollution and will possibly face the replacement by green adhesive .

以该聚合物乳液作为防粘剂，研究了共聚物中各组分含量对剥离力和剩余粘合力的影响，并以紫外光照射加速老化实验。

When the copolymer emulsions were acted as releasing agents , the influences of contents of compositions in the copolymer on peeling force and residual adhesion force were discussed , and releasing properties of copolymers were studied after UV irradiation .