A refrigerator shelf comprising a one-piece open frame made of substantially homogeneous polymeric/ copolymeric molded synthetic material and a piece of glass closing an opening defined by said frame; said open frame having opposite substantially parallel side frame portions and opposite substantially parallel front and rear frame portions; said glass piece having opposite substantially parallel side edges and opposite substantially parallel front and rear edges; said side, front and rear frame portions being substantially contiguous to said respective side, front and rear edges; each of said side frame portions being defined by an upper wall, a side wall depending from each upper wall and a lower wall projecting from its side wall toward an opposite side wall with the opposing lower walls being spaced from each other and each defining with an associated upper wall a glass piece side edge-receiving channel, each upper wall and lower wall having a terminal free edge, said glass piece side edges being spaced a predetermined distance from each other, said upper wall terminal free edges being spaced a predetermined distance from each other, said lower wall terminal free edges being spaced a predetermined distance from each other, the predetermined distance of the glass piece side edges being appreciably greater than the predetermined distance of said upper wall edges and only slightly greater than the predetermined distance between said lower wall terminal free edges whereby said glass piece side edges are captively retained in said glass piece side edge-receiving channels, and at least one lower wall of at least one of said front and rear frame portions including a relatively resilient end edge portion which temporarily deflects and subsequently rebounds to snap-secure one of said glass piece front and rear edges in the glass piece edge-receiving channel of said at least one front and rear frame portion. view more

The refrigerator compartment as defined in claim 14 wherein said lower walls each define at least one relatively narrow finger, a further finger spaced from each one finger of each frame portion side wall, said further finger defining with its associated upperwall a further glass piece side edge-receiving channel, each further finger having a terminal free edge and a relatively resilient end edge portion corresponding structurally and dimensionally to said one finger to further snap-secure said glass piece side edges in said further glass piece side edge-receiving channels, and said further fingers being disposed in sliding relationship upon said shelf-supporting ledges whereby product loading upon said glass piece which might tend to cause said further fingers to inadvertently deform and release said glass piece side edges is additionally effectively resisted to preclude inadvertent glass piece/frame disassembly under load. view more