Process for regenerating a monolithic, macro-structural, inter-penetrating elastomer network morphology from ground tire rubber particles

A laminate comprising a plurality of sheets, wherein each of the sheets comprises a rubber-based heterogeneous matrix comprising an interpenetrating network of two or more elastomers, the network comprising sulfur bridge cross linked, re-aligned, intermingled laminates having an average spacing of from 10 nm to 5 microns, wherein each laminate comprises one of the two or more elastomers.

An article selected from the group consisting of a rubber tire, an asphalt-rubber binder, an asphalt roofing material, an asphalt emulsion, a tire tread, a tire sidewall, a roofing membrane, a high dielectric electrical tape, a tank lining, a reservoir lining, a trench lining, a bridge underlayment, a wire harness wrap, a self-bonding wire harness wrap, a shoe sole, a rubber boot, an electrical tape, a foundation waterproofing, a parking garage waterproofing, a hose, a belt, and a molding, the article comprising a rubber-based heterogeneous matrix comprising an interpenetrating network of two or more elastomers, the network comprising sulfur bridge cross linked, re-aligned, intermingled laminates having an average spacing of from 10 nm to 5 microns, wherein each laminate comprises one of the two or more elastomers.