A retractable screen device for a framed opening, said framed opening defined by a header, opposing side supports (102,104), and a bottom, said retractable screen device comprising: a frame track (12,14) for fastening to each side support (102,104), said frame track (12,14) forming a compartment (20,22) defined by a rear wall having a first receptacle (74,76), opposing side walls having a depth, and a front wall having a centrally disposed access channel extending the longitudinal length of said frame track (12,14); a guide rail (24,26) positioned within said compartment (20, 22) of each frame track (12,14) extending the longitudinal length of each said frame track (12,14), said guide rail (24,26) having a front chamber axially aligned with said centrally disposed access channel and a second receptacle (86,88) extending the longitudinal length of said guide rail (24,26); a decompression gasket (28,30) formed from a first wall (51,52) having an inner surface and outer surface bounded by a first side edge (62,64) and a second side edge (66,68) extending the length of said guide rail (24,26), said outer surface having a tab member (70,72) secured to said first receptacle of said frame track (12,14), and a second wall (78,80) forming a mirror image of said first wall (51,52) sharing said first side edge (62,64) and said second side edge (66,68) with a second wall tab member (82,84) secured to said second receptacle of said guide rail (24,26), said decompression gasket (28,30) providing resistance with said tab member of said first wall spaced apart from said tab member (82,84) of said second wall (78,80); a horizontally disposed rotatable shaft for securing to said header, a screen having a length configured to be wound onto and deployed from said horizontally disposed rotatable shaft, said screen having laterally opposed side edges (36,38) with an elongated flexible protrusion (40, 42) secured along the length of each said side edge (36, 38); wherein a biasing means is attached to said horizontally disposed rotatable shaft for allowing the bottom of the screen to accommodate uneven floor surfaces by placing tension on the screen in a vertical format, wherein said guide rail front chamber is constructed and arranged to receive and guide said screen flexible protrusion (40,42) along a longitudinal direction and said decompression gasket (28,30) allows said guide rail (24,26) to traverse said frame track (24,26) side walls to permit said screen to flex while maintaining a consistent tension on said screen by resisting the spacing of said tab members (70,82 & 72,84). a frame track (12,14) for fastening to each side support (102,104), said frame track (12,14) forming a compartment (20,22) defined by a rear wall having a first receptacle (74,76), opposing side walls having a depth, and a front wall having a centrally disposed access channel extending the longitudinal length of said frame track (12,14); a guide rail (24,26) positioned within said compartment (20, 22) of each frame track (12,14) extending the longitudinal length of each said frame track (12,14), said guide rail (24,26) having a front chamber axially aligned with said centrally disposed access channel and a second receptacle (86,88) extending the longitudinal length of said guide rail (24,26); a decompression gasket (28,30) formed from a first wall (51,52) having an inner surface and outer surface bounded by a first side edge (62,64) and a second side edge (66,68) extending the length of said guide rail (24,26), said outer surface having a tab member (70,72) secured to said first receptacle of said frame track (12,14), and a second wall (78,80) forming a mirror image of said first wall (51,52) sharing said first side edge (62,64) and said second side edge (66,68) with a second wall tab member (82,84) secured to said second receptacle of said guide rail (24,26), said decompression gasket (28,30) providing resistance with said tab member of said first wall spaced apart from said tab member (82,84) of said second wall (78,80); a horizontally disposed rotatable shaft for securing to said header, a screen having a length configured to be wound onto and deployed from said horizontally disposed rotatable shaft, said screen having laterally opposed side edges (36,38) with an elongated flexible protrusion (40, 42) secured along the length of each said side edge (36, 38); wherein a biasing means is attached to said horizontally disposed rotatable shaft for allowing the bottom of the screen to accommodate uneven floor surfaces by placing tension on the screen in a vertical format, wherein said guide rail front chamber is constructed and arranged to receive and guide said screen flexible protrusion (40,42) along a longitudinal direction and said decompression gasket (28,30) allows said guide rail (24,26) to traverse said frame track (24,26) side walls to permit said screen to flex while maintaining a consistent tension on said screen by resisting the spacing of said tab members (70,82 & 72,84).