Volume 30, Issue 6 pp. 2675-2686
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Theory of tack of pressure sensitive adhesive. I

Hiroshi Mizumachi

Hiroshi Mizumachi

Laboratory of Chemistry of Polymeric Materials, Department of Forest Products, Faculty of Agriculture, The University of Tokyo, Bunkyo-ku, Tokyo 113, Japan

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First published: June 1985
Citations: 30

Abstract

If the tack of a pressure-sensitive adhesive is closely related to the rolling motion of a ball on the material, it is more scientific to express tack in terms of the rolling friction coefficient, which depends on the physical properties of the materials, and not on any trivial conditions of measurements. It is shown that the rolling friction coefficient of a pressure-sensitive adhesive can experimentally be determined from the pulling cylinder method much more easily than the rolling ball method and that we can theoretically calculate the rolling friction coefficient by making some assumptions, concerning deformation and failure of a pressure-sensitive adhesive.

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