Abstract: A partition system for dividing a building space, the building space having a floor, a ceiling and walls bounding the space between the ceiling and floor. The partition system includes self-supporting wire mesh paneling, which is attached to least one post that is mounted to the floor of the building space. Each post extends from the floor up to a predefined height that may be less than the height of the ceiling of the building.

Abstract: A storage locker in a building space, the building space having a floor, a ceiling and walls bounding the space between the ceiling and floor. The storage locker has at least four walls defining a storage space in the building space, first and second walls forming a first corner. At least the first and second walls each have spaced-apart posts extending between, and mounted to, the floor and ceiling, one of the posts at the first corner and common to the first and second walls. One of the first and second walls has a closure therein mounted between two of the posts forming the wall. At least the other wall has self-supporting wire mesh panelling extending over the length of the wall and mounted on the posts including the corner post to close the wall.

Abstract: A post for assembling and erecting unframed wire mesh partition panels made of crisscrossing vertical and horizontal wires. The post comprises a central channel spanning lengthwise along the post, the central channel being sized to adjustly receive and mount a lateral end of a first partition panel. The post further comprises two lateral flanges flanking the central channel and a plurality of spaced hooks disposed along the two lateral flanges for holding and assembling a second and a third partition panel, the hooks pointing towards the central channel and being sized to hold the vertical wire of a lateral end of said second and third partition panel. The invention also concerns a kit for assembling a modular partition wall.