Development of improved H.E. adhesive systems. Quarterly report for April--June, 1964 | Zendy

H.P. Christiansen | Zendy

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Development of improved H.E. adhesive systems. Quarterly report for April--June, 1964

Author(s) -

H.P. Christiansen

Publication year - 1964

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/532569

Subject(s) - diluent , benzene , ether , adhesive , ultimate tensile strength , materials science , nuclear chemistry , composite material , chemistry , polymer chemistry , organic chemistry , layer (electronics)

A heat aging study in which tensile specimens (aluminum-to-aluminum and aluminum-to-LX-04-1 with Aerobond H-7) were heated to 165 F and aged up to three months has been completed. Aerobond H-7 showed no signs of deterioration when treated in this manner. Butyl glycidyl ether and benzene were tested as diluents for Aerobond H-7; butyl glycidyl ether is an effective diluent but benzene appeared to promote an exotherm. Water permeabilities were remeasured for Adiprene, Aerobond H-7, and Estane to resolve the questionable data gathered earlier. Kel-F, Perm-A-Lon, and Aerobond H-7 are by far the most impermeable to water. The disc extrudability test was run on the new lot of LX-02-1, A-335, both milled and unmilled materials

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