Abstract: A door is constructed for a refrigerated cabinet and includes an insulated glass IG unit of rectangular shape and a frame surrounding the unit. The frame is formed of a pair of horizontally disposed aluminum rails and a pair of vertically disposed plastic stiles. Each stile is secured at each end to a respective end of each of the rails by screws. Each rail and stile receives the insulated glass unit in a recessed manner. Full perimeter gasketing of the door is obtained by a vertical gasket on the stile on the hinged side of the door and a pair of horizontal seals on the cabinet opposite the rails of the door.

Abstract: The sliding door assembly has a non-metallic frame formed of extrusions of solid cross-section and a pair of non-metallic sashes slidably disposed in the frame to move laterally between a closed position and an open position relative to frame. The floor of the sill extrusion is sloped rearwardly and longitudinally downwardly toward a notch to direct water thereto for draining out of the frame. The frame can be dropped into a commercial refrigeration cabinet and each sash is removably mounted in the frame.

Abstract: The frame and the sash of the sliding door assembly are each made of plastic. The frame extrusion profile utilizes an opposing open-leg or C-channel construction that creates an interior accessory slot that is utilized throughout the overall construction to create a carrier that can accept a wide variety of snap-in accessory extrusions or components. Similarly, the sash extrusion profile allows for the use of snap-in accessories.

Abstract: The sliding door assembly has a non-metallic frame formed of extrusions of solid cross-section and a pair of non-metallic sashes slidably disposed in the frame to move laterally between a closed position and an open position relative to frame. The floor of the sill extrusion is sloped rearwardly and longitudinally downwardly toward a notch to direct water thereto for draining out of the frame. The frame can be dropped into a commercial refrigeration cabinet and each sash is removably mounted in the frame.

Abstract: The frame and the sash of the sliding door assembly are each made of plastic. The frame extrusion profile utilizes an opposing open-leg or C-channel construction that creates an interior accessory slot that is utilized throughout the overall construction to create a carrier that can accept a wide variety of snap-in accessory extrusions or components. Similarly, the sash extrusion profile allows for the use of snap-in accessories.