Abstract
The curing mechanism of anaerobic adhesives catalysed by saccharin ( 1), N, N-dimethyl- p-toluidine ( 2) and cumene hydroperoxide ( 3) has been investigated in model reactions. As a result of these investigations, a new compound, formed by the interaction of the curing components saccharin ( 1) and N, N-dimetyl- p-toluidine ( 2), was isolated and characterized. Further experiments which concentrated on relative gel times showed that this compound is the decisive catalyst for rapidly curing anaerobic adhesives.
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