Hi,
I've got a couple of 1000mm wall units that are sagging in the middle. They're "basic" B&Q carcasses. I wouldn't say they're lightly loaded but they're not exactly stuffed full of tins either. It's causing a problem now, as I'm creating a false wall along the top of the units to hide wiring and extractor ducting.
I'd say part of the problem is the design of the things. The cupboards are supported by fixings to the top/sides. However, there is no rear support or bracing post to transfer the weight of the contents to the wall. Worse, the front post acts as a 5th shelf support, adding to they're ability to sag.
I'm considering what is needed to beef them up so they are far less likely to sag. A support at the back of the cabinet would seem to be a good place to start, as would a top brace along the top/back.
Though I have some ideas, I'm a little undecided as to how to proceed. If anyone's encountered and fixed this sort of problem before, I'd welcome your input. Overkill would probably be a "T" brace with added diagonals forming an inverted A frame.
J.
I've got a couple of 1000mm wall units that are sagging in the middle. They're "basic" B&Q carcasses. I wouldn't say they're lightly loaded but they're not exactly stuffed full of tins either. It's causing a problem now, as I'm creating a false wall along the top of the units to hide wiring and extractor ducting.
I'd say part of the problem is the design of the things. The cupboards are supported by fixings to the top/sides. However, there is no rear support or bracing post to transfer the weight of the contents to the wall. Worse, the front post acts as a 5th shelf support, adding to they're ability to sag.
I'm considering what is needed to beef them up so they are far less likely to sag. A support at the back of the cabinet would seem to be a good place to start, as would a top brace along the top/back.
Though I have some ideas, I'm a little undecided as to how to proceed. If anyone's encountered and fixed this sort of problem before, I'd welcome your input. Overkill would probably be a "T" brace with added diagonals forming an inverted A frame.
J.