Abstract: A method and process is provided for manufacturing a glassed reinforced polymer composite laminate panel. The method and process includes the steps of providing a mold including a flexible polymer film; depositing a layer of gel coat on the flexible polymer film; curing the layer of gel coat to provide a semi-rigid intermediate panel; applying a layer of resin material overtop of the cured gel coat layer; laying a sheet of woven or non-woven surface veil material over top of the cured gel coat layer; laying a sheet of glass reinforced matte overtop of the surface film sheet; applying a second layer of resin material overtop the sheet of glass reinforced matte to form the glassed reinforced polymer composite laminate panel; and curing the glassed reinforced polymer composite laminate panel. The method for manufacturing the composite laminate panel can be a continuous process making a panel of indeterminate length.

Abstract: A composite laminate structure comprising a core of non-woven thermoplastic/fiberglass mix matte, a top layer located on one side of said core, said top including uni-directional structural tape of woven glass/thermoplastic; and a bottom layer, on a side of said core opposite said top layer, said bottom layer including uni-directional structural tape of woven glass/thermoplastic, said top and bottom layers being heat-fused to said core.

Abstract: A structure comprising a composite laminate resin and fiberglass panel and method of manufacture thereof is provided.

Abstract: A composite laminate structure comprising a core of non-woven thermoplastic/fiberglass mix matte, a top layer located on one side of said core, said top including uni-directional structural tape of woven glass/thermoplastic; and a bottom layer, on a side of said core opposite said top layer, said bottom layer including uni-directional structural tape of woven glass/thermoplastic, said top and bottom layers being heat-fused to said core.