Rubber to metal bonding -basic techniques

Where the adhesive is cross-linked (see Reaction setting adhesives. Epoxide adhesives, Phenolic adhesives single-stage resoles. Phenolic adhesives two-stage novolacs. Rubber-based adhesives and Rubber to metal bonding - basic techniques), it is often... 

Many metals, especially transition metals, are well known for their catalytic activity. Some cases of such chemical influence of a metallic substrate on a cnring reaction of an adhesive have been demonstrated. A well-known example, which has a considerable effect on adhesion, is the influence of brass or copper on the vnlcanization of rubber (see Rubber to metal bonding - basic techniques). 

Fillers are particulate materials that are added to raw polymers to modify the polymer characteristics they are widely used in polymer technology and play a particularly significant role in modifying the properties of rubber. In this article, various effects of fillers are discussed, with some emphasis on the formulation of rubber for bonding to metals (see Rubber to metal bonding - basic techniques). 

As procedures for rubber to metal bonding involve a large number of steps (see Rubber to metal bonding basic techniques and Rubber to metal bonding pre-treatments),... 

The production of tyres is among the most important of Automotive applications of adhesion. A modern steel-belted radial tyre contains several reinforcing materials, such as polyester and steel cords. The adhesion of the rubber compound to these cords is of critical importance for the performance and safety of the tyre. Other aspects of Rubber to metal bonding - applications are treated in other articles (see Rubber to metal bonding - basic techniques) here, the adhesion of rubber to the steel cords is discussed. 

Rubber to metal bonding - basic techniques P LEWIS In- and post-vulcanization bonding... 

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