Abstract
When bonding two different materials, if one of the materials has low surface energy, adhesion problems are observed. It may be necessary to increase the surface energy in order to obtain the desired strength when bonding the rubber material with a different material. In this research, within the scope of efforts to increase energy on the surface of the material using atmospheric plasma treatment, the quality and quantity changes of the adhesion formed between the surface of different rubber materials (NBR / HNBR / ACM / FKM) and nonwoven surfaces were examined. Adhesive bond rotary shaft seals should be protected without deteriorating bond structure even under ambient conditions. According to the results of this study, atmospheric plasma application provides significant improvements in rubber material-nonwoven material bonding processes.
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