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Adhesives, comparison

The oxide layer that forms on aluminum is more complex than with other metal substrates. Aluminum is a very reactive surface, and oxide forms almost instantaneously when a freshly machined aluminum surface is exposed to the atmosphere. Fortunately, the oxide is extremely stable, and it adheres to the base metal with strength higher than could be provided by most adhesives. The oxide is also cohesively strong and electrically nonconductive. These surface characteristics make aluminum a desirable metal for adhesive bonding, and they are the reasons why many adhesive comparisons and studies are done with aluminum substrates. [Pg.347]

PA-6 (80) / PS (10-16) / SMA (2% MA) (4-10) internal mixer at 240°C / torque rheometry / SEM / selective solvent extraction / DSC / morphological stability to annealing / lap shear adhesion / comparison to PA-PS block copolymer compatibilized blends Park et at., 1992... [Pg.370]

Bismarck A et al (2000) Adhesion comparison between physico-chemical expected and measured adhesion of oxygen-plasma-treated carbon fibers and polycarbonate. J Adhes 73 (1) 19 2... [Pg.176]

MIL-STD-304 is a commonly used accelerated-exposure technique to determine the effect of weathering and high humidity on adhesive specimens. Adhesive comparisons can be made with this type of test. In this procedure, bonded panels are exposed to alternating cold (-65°F), dry heat (160°F), and heat and humidity (160°F, 95 percent RH) for 30 days. [Pg.493]

One-Part Epoxy Paste Adhesives - continued. Epoxy Adhesives - Comparison Tabies 151... [Pg.151]

Performance of UV curable 2K laminating adhesives Comparisons of the bond development performance of general purpose UV curable 2K laminating adhesives and high performance UV curable 2K laminating adhesives are shown in Figures 4.4 and 4.5. [Pg.44]

Table 10.5 Peel Adhesion Comparison of APT versus Chemical Primer... Table 10.5 Peel Adhesion Comparison of APT versus Chemical Primer...
Pujol, J.M. Prudhomme, C. Quenneson, M.E. Cassat, R. Electroconductive adhesives comparison of three different polymer matrices. Epoxy, polyimide, and silicone. J. Adhes. 1989, 27, 213-229. [Pg.765]

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See also in sourсe #XX -- [ Pg.307 ]



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