Abstract: A low cost process of making modified cellulosic materials by melt blending with at least 30% recycled and commingled plastic waste stream at higher temperature and pressure where at least 70% of plastics melts and encapsulate the filler. The plastic encapsulated filler can be used as a feed stock for continuous or discontinuous process of compression, extrusion, coextrusion and injection molded structural (e.g. profiles, stake, panel) and non-structural (e.g. sheet, thin-board) articles by mixing with a thermoplastic (e.g. polyethylene, polypropylene, polyvinyl chloride, polystyrene) or a hybrid mixture of said thermoplastics, bonding agents, plastic processing additives, impact modifiers, colorant and with/without a lightner.

Abstract: A foam-filled door manufactured in accordance with the present invention comprises a frame (11) having a pair of ledge areas (58) extending about substantially the entire inner periphery of the frame (11). The frame (11) is formed by the spaced parallel positioning of a pair of rails (12) and a pair of stiles (14). The ledge areas (58) formed in the frame (11) are of substantial width and depth to provide an area of bonding between the facers (20, 21) and the frame (11). The ledge areas (58) also form vents (100) that allow air to escape from a cavity (22) formed between the frame (11) and pair of facers (20, 21) when a foaming material is injected into the cavity (22) to prevent internal air pockets from forming. The facers (20, 21) have flanges (90, 92) that surround substantially the entire outer periphery of the facers (20, 21) and engage the outer periphery of the frame (11).

Abstract: A foam-filled door manufactured in accordance with the present invention comprises a frame (11) having a pair of ledge areas (58) extending about substantially the entire inner periphery of the frame (11). The frame (11) is formed by the spaced parallel positioning of a pair of rails (12) and a pair of stiles (14). The ledge areas (58) formed in the frame (11) are of substantial width and depth to provide an area of bonding between the facers (20, 21) and the frame (11). The ledge areas (58) also form vents (100) that allow air to escape from a cavity (22) formed between the frame (11) and pair of facers (20, 21) when a foaming material is injected into the cavity (22) to prevent internal air pockets from forming. The facers (20, 21) have flanges (90, 92) that surround substantially the entire outer periphery of the facers (20, 21) and engage the outer periphery of the frame (11).