Handbook of aluminum bonding technology and data by J. D. Minford

By J. D. Minford

A reference that gives finished discussions on each vital element of aluminum bonding for every point of producing from mill complete to deoxidized, conversion lined, anodized, and painted surfaces and offers an intensive, updated assessment of adhesion technological know-how, masking all significa

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C Declined linearly through 225 days then reached a plateau.  555. Figure 5 Effect of storage environment on 1100 alloy treated in R5 bright dip.  Polar organic contaminants attracted by the polar character of the oxide can be a shielding between the oxide and the adhesive, as shown in Figure 4.

214) developed the IETS spectra of phenol and hydroquinone on a thin layer of aluminum oxide and showed the entities were predominately phenol or hydroquinone anions, giving support to the concept of coordination of phenolic oxygens to aluminum ions.  The even higher surface energies of the metal surfaces such Figure 3 Wetting and contact angle. ]. 5a Polyethylene 31a Polystyrene 33a Polyvinyl chloride 40a Nylon 46 Epoxy 47 Water 73 Aluminum ~500b Tin­lead solder ~500b Mercury ~500b Silver ~900b Copper ~1100b a Critical surface tension for wetting.

Units as above inb d Gases identified as hydrogen, carbon dioxide, carbon monoxide, and traces of sulfur­containing gases.  197). from the early literature reports from 1927 to 1946 by Vernon (499), Gulbransen (500–502), and Haas (503).  With barrier oxide joints, a difference was observed but the strength values dropped to only three times greater.  Such factors obviously decrease the potential for bonding if high structural strength is demanded.  Thus, the oxide structure and means of converting from one type of structure to another must be carefully studied to ensure that the excellent wetting potential desired for durable bonding is achieved together with a good cohesive strength in the oxide layer itself.

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