In static and dynamic adhesion tests, the behavior of nylon tire cord/resorcinolformaldehyde-latex (RFL) adhesive/rubber systems was shown to be strongly influenced by the dipping and curing conditions, cord size, and the thickness of rubber layer adjacent to cords. The nature and extent of these ef
Flow behavior of nylon-epoxide adhesive
โ Scribed by Harold K Shen; John L Rutherford
- Publisher
- Elsevier Science
- Year
- 1972
- Weight
- 637 KB
- Volume
- 9
- Category
- Article
- ISSN
- 0025-5416
No coin nor oath required. For personal study only.
๐ SIMILAR VOLUMES
Chemical modifications to either rubber or nylon have been performed in order to assess the effect on rubber-to-nylon adhesion. The rubber has been modified by epoxidizing up to 60% of the double bonds present. The nylon was modified by reacting the surface with either sebacoyl chloride or phosphoru
## Abstract Flow of molten epoxide prepolymer (__T__~__g__~ = 303 K, __Mฬ__~__n__~ 889, __Mฬ__~__u__~/__Mฬ__~__n__~ = 1.46) shows stress jumps. A hydrodynamic explanation is forwarded, and a check of the theoretical jump is carried out, with shear viscosites and shear moduli measured at 361 K. The
The role of prepolymer on the interfacial strength of polyurethane-based assemblies is examined for two hydroxyl-terminated (telechelic) polybutadienes, R45M and R45HT. Although it is known that both prepolymers lead to very different adhesive behavior, the reasons that explain this are not understo