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Sometimes, the most unlikely combination of seemingly dissimilar chemical ingredients can work together to produce truly amazing results. One standout example is the unexpected yet effective synergy between Chem-Trend release agents and DuPont rubber-to-substrate bon[…]
Rubber-to-substrate bonding is a critical process across industries such as aerospace, transportation, industrial applications and more. Adhesives play a critical role in in achieving strong and reliable bonds when bonding rubber to substrates. When the adhesive fail[…]
Rubber to substrate bonding refers to the process of combining elastomers to substrates made of various materials through various chemical and mechanical means. This bonding technique is utilized in numerous industries, including automotive, sealing, aerospace and ma[…]
Manufacturers are constantly seeking innovative ways to reduce product weight—particularly for high-volume goods. Reducing weight not only contributes to significant cost savings and improved environmental performance, but it also enhances design flexibility, allowin[…]
Across the automotive, medical, utility and many other industries, rubber to substrate bonding is a common process. Creating a successful rubber to substrate bond means both choosing the right adhesive and using the adhesive properly. In all applications, the integri[…]
Adhesives play a critical role in maintaining a strong, durable bond in rubber to substrate bonding. If the adhesive fails, the part will invariably fall. There are hundreds of causes for rubber to substrate bond failures — all of which H.M. Royal has the tools an[…]
When trying to pinpoint the cause of a rubber to substrate bonding (RTS) failure, you may consider the type of bonding adhesive or cover coat. But what about your cleaning process? Read on to learn about prepping surfaces for rubber to substrate bonding. Poor surf[…]
