I just pulled up the data sheets - it is rated at about 1 kg per square inch both for static tensile and sheer load. However, the design note at the bottom says this is under ideal conditions, and a better figure might be 1 lb of static load per four square inches in practice.
In any case, the tensile strength would probably not be enough to hold panels alone, since aggressive players can easily generate quite a few pounds of force. You would need a lot of tape.
It might be OK in a situation where the panel is already held in place by dowels (drilled in place in a rail) and you just need to secure one edge or something, but I probably would not make it a signficant load bearing component.
You have probably already seen my modular CP (link below). It uses the bezel along with some dowels in a rail to lock the panels in place. A simple cabinet latch secures the final edge of the panel but the latch is not load bearing under normal play.