Digging the loop at least from the tree, at least from the chipboard - the phenomenon is vital, periodic and widespread. All this should already be enough to regularly replenish the arsenal knowledge in the repair of breakdowns of this kind. Today, we will talk about one non-standard, but very effective way to combat constantly pulling loops.
How many loops do not twist, but it will still fall out.
The basis of the problem of broken loop is the material in which they are installed. It does not matter what it is: wooden bar or chip material. Most often, the loop pulls out or with a piece of material, or they fall out for themselves because of the significantly increased holes under the bolts. In the first case, you have to restore the chipboard. In this case, the material or changes completely to the new one, or is close to the paste of glue and wood testing. The same way can also be applied to restore the "disconnect" holes for the bolts, but you can approach solving the problem on the other side.
Of course, it is possible to carry out a total restoration.
Each owner as a temporary measure at least once in his life was trying to lay together with a halter or match. This method is far from always working well, and most importantly - does not guarantee a long positive effect. But who said that for "restoration" you need to use a tree? For the "treatment" of the problem much better fit soft wire. This is done in two ways.
First
You can put the gum.
The wire is twisted in half (sometimes three times, depending on the size of the hole and the thickness of the wire), after which it is invested in the place of twisting of the methome. The screw is inserted, after which it is brought to almost the very end with a screwdriver or a screwdriver. When this is done, with the help of a suitable tool, we remove the remaining tracing fragment of the wire twist outside and only after that I bring screw up to the stop. This method is recommended to use to enhance the fixation of any holes.
Second
And you can still put the wire.
For the implementation of the second method, it is not necessary not just a wire, but a segment of a stranded wire, which in diameter approximately corresponds to the diameter of the hole under the tallness. Insert the wire into it, then screw the screw right into it. As a result, it turns out a very reliable fastening, which will significantly extend the term of the problem of the problem door. This method is recommended to use when the bolts do not hold out at all in the holes.