the frame opposite the door hinges with corresponding metal pieces positioned on the inner surface of the door cross bracket 156 provides support for the permanent shelf with through holes 158 allowing insertion of locking pins the rear view of the front frame 16 depicts the molded insertion tabs 160 located around the inner perimeter of the frame the insertion tabs 160 are of the same configuration as the insertion tabs described and depicted in fig4 to save material locker construction utilizes conventional plastic reinforcement techniques known to those skilled in the art and illustrated throughout the figures fig9 illustrates the locking pin 36 used for fastening the lower shelf and for attaching the optional rear perforated panel in addition locking pin 36 is used for attaching lockers together in a side by side and or a stacked configuration the pin 36 is molded from plastic having a plurality of angular shaped projections 170 permitting uni direction insertion the head 172 of the pin 36 is convex for biasing head 172 against projections 170 for locking components fig1 sets forth a door handle 102 used with the instant device when locking the door in a closed position is not necessary such as residential use the handle has a body 180 formed from plastic and molded to assimilate a conventional locker handle attachment is by use of split tabs 182 molded into the handle which allow for a uni direction insertion into the door of the locker it is to be understood that while we have illustrated and described certain forms of our invention it is not to be limited.