Described is a component (1) for shelving, shelves, bookcases, stairs and similar furnishing elements which comprises at least two laminar elements (2, 2) substantially parallel to each other and which define a plane (P) of extension of the component (1).

These laminar elements (2, 2) are for covering an intermediate layer (3), interposed between them, substantially coplanar to the plane (P). The intermediate layer (3) has a frame consisting of metal crosspieces (3, 3) connected to each other by snap fitting means (32, 33). The frame is for supporting at least one elongate element (4), made of metal material, extending along a longitudinal direction (X) substantially normal relative to the plane (P) and in which they house induction lighting means (6). The elongate element (4) is positioned inside the perimeter defined by said frame. The metal crosspieces (3, 3) have ducts (31) for the passage of cables (7) for electrifying the lighting means (6).

Described is a component (1) for shelving, shelves, bookcases, stairs and similar furnishing elements which comprises at least two laminar elements (2, 2) substantially parallel to each other and which define a plane (P) of extension of the component (1).

These laminar elements (2, 2) are for covering an intermediate layer (3), interposed between them, substantially coplanar to the plane (P). The intermediate layer (3) has a frame consisting of metal crosspieces (3, 3) connected to each other by snap fitting means (32, 33). The frame is for supporting at least one elongate element (4), made of metal material, extending along a longitudinal direction (X) substantially normal relative to the plane (P) and in which they house induction lighting means (6). The elongate element (4) is positioned inside the perimeter defined by said frame. The metal crosspieces (3, 3) have ducts (31) for the passage of cables (7) for electrifying the lighting means (6).

The present disclosure relates to a wall-mounted booklet rack with adjustable partitions, comprising a front plate, a back plate, and a bottom plate forming a U-shaped accommodating groove. The through holes of the front plate are aligned with the recesses on the back plate, and magnets embedded in the recesses position the partition rods. By adding, removing, or relocating the partitions, the size of the divided areas can be adjusted, enabling orderly classification and flexible adaptation of booklets, thereby improving retrieval efficiency and space utilization.