2013
DOI: 10.1016/j.ijadhadh.2013.05.005
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Tack performance of pressure-sensitive adhesive tapes under tensile loading

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Cited by 23 publications
(16 citation statements)
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“…The fracture energy was also enhanced with increasing adhesive thickness and the effect was more remarkable in P(2EHA‐AA) than in P(BA‐AA). The apparent modulus of the adhesive decreases with increasing thickness, because the molecular mobilities near the adherend and the backing surfaces were evidently restrained by these surfaces, and the relative rates of motion of such restrained molecules decrease with increased thickness. Furthermore, the molecular mobility is P(2EHA‐AA) > P(BA‐AA) from the pulse NMR analysis in the previous report…”
Section: Resultsmentioning
confidence: 99%
“…The fracture energy was also enhanced with increasing adhesive thickness and the effect was more remarkable in P(2EHA‐AA) than in P(BA‐AA). The apparent modulus of the adhesive decreases with increasing thickness, because the molecular mobilities near the adherend and the backing surfaces were evidently restrained by these surfaces, and the relative rates of motion of such restrained molecules decrease with increased thickness. Furthermore, the molecular mobility is P(2EHA‐AA) > P(BA‐AA) from the pulse NMR analysis in the previous report…”
Section: Resultsmentioning
confidence: 99%
“…The AFM based method employed in this work did not have the capability of visualizing nanometer scale contact area but could probe the basic nature of adhesive tape materials with little possibility of cavity formation. The resulting force curves invariably had convex increase of tensile force up to the tensile failure point indicating that there was no fibrillation in the contact area as was observed in [12]. The following part of the force curves after the tensile failure point was different, especially between Nichiban tape and 3M tape.…”
Section: Discussionmentioning
confidence: 60%
“…2A), the non-linear increase of the tensile force from zero to the tensile failure point of ∼600 nN clearly shows a convex increase of force in contrast to the concave curve reported by Takahashi et al in their macroscopic experiment [12]. The extension of the adhesive material up to the failure point (tack strength) was about 3000 nm ( = 3 µm) and it took further 1 µm extension before the final rupture of all the adhesive bonds.…”
Section: Resultsmentioning
confidence: 65%
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