Abstract: The present process involves forming the following mixtures of ingredients as parts A, B, C, D and E:Part A:1. diethyl toluene diamine (Reactant)2. 1-methoxy-2-propanol acetate (Solvent/Reactant)Part B:1. 1-methoxy-2-propanol acetate (Solvent)2. silyl polythioether polymer/methylene bis 4-cyclohexyl isocyanate (Reactant)Part C:1. benzyl phthalate (or other liquid plasticizer)Part D:1. N-beta (aminoethyl)-.gamma.-aminopropyltrimethoxy silane (liquid Reactant)Part E:1. Ag-coated hollow filler spheres.These mixtures are combined in the following steps:Step I--Combine Part C with Part D and mix thoroughly (no Reaction);Step II--Add Part B and mix well (Reaction);Step III--Add Part E, and mix well;Step IV--Add Part A and mix well (Reaction);Chemical reactions take place, when the above chemical compounds are added in the sequence indicated, to form a novel self-curing elastomeric composition.

Abstract: Solvent-free, fluid polythioether coating or caulking compositions having excellent room-temperature self-curing properties and excellent leveling properties are produced by mixing reactive liquid precursor components comprising a hydroxyl- or silyl-terminated amino polythioether of formula A and a hydroxyl- or silyl-terminated epoxy polythioether of formula B. The mixture is applied to a surface to the protected, preferably a hydrolyzable metal surface such as aluminum which is reactive with the hydroxyl or silyl terminal groups, and cured at room temperature for less than two hours to produce a self-leveling protective coating or gap-fill which is strongly-bonded to the surface and is flexible and stable over a wide temperature range between about -60.degree. F. and +360.degree. F.

Abstract: A gap-fill or caulking composition, comprising one or more fluid polythioether polymers having reactive terminal groups, blended with hollow spheres coated with an inert electroconductive metal or metal nitride, which provide excellent chemical bonding with graphite composite surfaces, aluminum surfaces, including composite aluminum surfaces, and with epoxy, polyurethane, and acrylic primed surfaces.

Abstract: A gap-fill or caulking composition, comprising one or more fluid polythioether polymers having reactive terminal groups, blended with hollow spheres coated with an inert electroconductive metal or metal nitride, which provide excellent chemical bonding with graphite composite surfaces, aluminum surfaces, including composite aluminum surfaces, and with epoxy, polyurethane, and acrylic primed surfaces.

Abstract: A laminated barrier comprising alternate layers of rigidized low density lular material and ballistic nylon cloth useful in an aircraft for minimizing projectile and shrapnel damage, and possible fuel ignition in the fuselage caused by groundfire in the vicinity of fuel tanks located adjacent to the engines.

Abstract: A self-sealing multi-laminated fuel line composite material composed of (a) a plastic fuel line, (b) a precompressed and fuel sensitive foam bonded to said plastic line, and (c) a flexible, plastic laminate bonded on top of said foam.