A method of producing a glueless dustless composite flooring material, comprising: (i) forming a flooring base layer, by: (a) mixing PVC resin and compatible materials adapted to provide desired qualities in said flooring base layer, in use, yielding a PVC-resin mixture; (b) fusing the PVC-resin mixture by application of heat and continued mixing; (c) cooling the fused PVC-resin mixture; (d) delivering the cooled fused PVC-resin mixture to another area for further processing; (e) extruding the delivered cooled fused PVC-resin mixture at elevated temperature and pressure; (f) mold forming the extruded PVC-resin mixture into a sheet of said flooring base layer; and (g) cooling the sheet of said flooring base layer; and (ii) forming a flooring face layer, by: (a) providing a PVC decorative polymer film and a PVC wear-resistant polymer film; (b) adding the PVC wear-resistant polymer film to the top face of said PVC decorative polymer film; (c) hot-melt overlaying of said flooring face layer and said flooring base layer, yielding a sheet-form base-and-face subassembly; (d) conditioning said sheet-form base-and-face subassembly; (e) coating said sheet-form base-and-face subassembly with a UV-curing plastic resin, thereby forming a flooring coating layer; (f) UV curing said coating of UV-curing plastic resin by exposure to UV light, yielding a finished-large-sheet assembly; (g) profile processing said finished-large-sheet assembly, yielding multiple composite-flooring-material segments of desired size and shape; (h) inspecting said composite-flooring-material segments; and (i) packing said composite-flooring-material segments; where forming of said flooring face layer and forming of said flooring base layer can be performed simultaneously, yielding a supply of both to said hot-melt overlaying process; where said hot-melt overlaying process can accommodate an essentially constant supply of said flooring face layer and said flooring base layer, and produce an essentially constant supply of said sheet-form base-and-face subassembly; where said conditioning process can be accomplished without slowing or stopping the pace of the essentially constant supply of said sheet-form base-and-face subassembly; where said coating process can be accomplished at the pace of the essentially constant supply of said sheet-form base-and-face subassembly; and where said UV curing process can be accomplished at the pace of the essentially constant supply of said coated sheet-form base-and-face subassembly, over a reasonably short distance of travel. (i) forming a flooring base layer, by: (a) mixing PVC resin and compatible materials adapted to provide desired qualities in said flooring base layer, in use, yielding a PVC-resin mixture; (b) fusing the PVC-resin mixture by application of heat and continued mixing; (c) cooling the fused PVC-resin mixture; (d) delivering the cooled fused PVC-resin mixture to another area for further processing; (e) extruding the delivered cooled fused PVC-resin mixture at elevated temperature and pressure; (f) mold forming the extruded PVC-resin mixture into a sheet of said flooring base layer; and (g) cooling the sheet of said flooring base layer; and (a) mixing PVC resin and compatible materials adapted to provide desired qualities in said flooring base layer, in use, yielding a PVC-resin mixture; (b) fusing the PVC-resin mixture by application of heat and continued mixing; (c) cooling the fused PVC-resin mixture; (d) delivering the cooled fused PVC-resin mixture to another area for further processing; (e) extruding the delivered cooled fused PVC-resin mixture at elevated temperature and pressure; (f) mold forming the extruded PVC-resin mixture into a sheet of said flooring base layer; and (g) cooling the sheet of said flooring base layer; and (ii) forming a flooring face layer, by: (a) providing a PVC decorative polymer film and a PVC wear-resistant polymer film; (b) adding the PVC wear-resistant polymer film to the top face of said PVC decorative polymer film; (c) hot-melt overlaying of said flooring face layer and said flooring base layer, yielding a sheet-form base-and-face subassembly; (d) conditioning said sheet-form base-and-face subassembly; (e) coating said sheet-form base-and-face subassembly with a UV-curing plastic resin, thereby forming a flooring coating layer; (f) UV curing said coating of UV-curing plastic resin by exposure to UV light, yielding a finished-large-sheet assembly; (g) profile processing said finished-large-sheet assembly, yielding multiple composite-flooring-material segments of desired size and shape; (h) inspecting said composite-flooring-material segments; and (i) packing said composite-flooring-material segments; (a) providing a PVC decorative polymer film and a PVC wear-resistant polymer film; (b) adding the PVC wear-resistant polymer film to the top face of said PVC decorative polymer film; (c) hot-melt overlaying of said flooring face layer and said flooring base layer, yielding a sheet-form base-and-face subassembly; (d) conditioning said sheet-form base-and-face subassembly; (e) coating said sheet-form base-and-face subassembly with a UV-curing plastic resin, thereby forming a flooring coating layer; (f) UV curing said coating of UV-curing plastic resin by exposure to UV light, yielding a finished-large-sheet assembly; (g) profile processing said finished-large-sheet assembly, yielding multiple composite-flooring-material segments of desired size and shape; (h) inspecting said composite-flooring-material segments; and (i) packing said composite-flooring-material segments;