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Acid-base interactions and their role in forecasting of polymer composites adhesion properties pp.681-704 $100.00
Authors:  (I.A. Starostina, Y.I. Aleeva, E.V. Sechko, O.V. Stoyanov, Department of Polymer technology, Kazan State Technological University, Kazan, Russia)
Acid-base properties of wide range of polymers and adhesion systems based on
polymers, polymer composites and metals were investigated. Composite materials based
on high and low density polyethylenes, ethylene copolymers, other carbochain and
heterochain polymers, synthetic rubber and their based on composites, epoxy composites,
cured with a wide range of curing agents were used as adhesives. By using the contact
angle of test liquids the values of the dispersion, acid-base, acid and base components of
the surface free energy were calculated and the acidity parameter was estimated by means
of van Oss-Chaudhury-Good and E. Berger methods respectively. Effect of composition
on acidity and basicity of polymer composites was shown, and also addressed
modification in order of adhesion enhancement was studied. Above mentioned
parameters were also obtained for a range of metal surfaces, used in adhesion technology.
Adhesion properties dependence on reduced acidity parameter, corresponding to absolute
difference in acidity parameters of adhesive and adherend, was shown and its
mathematical function was suggested. It was shown that acidity parameter estimated
using E.Berger method gives an opportunity to forecast adhesion interaction in designing
of certain coating systems and other adhesion compounds and that it is a good method to
estimate adhesion properties of polymer composite-metal compounds. 

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Acid-base interactions and their role in forecasting of polymer composites adhesion properties pp.681-704