M3 Door Handle Fixing Screws Use for Door Handle Roses Knobs and Escutcheons 4Pieces

Product Information

Could do away with the latch and swap for one of these as its a stairs cupboard; (as an example only) With a door handle with a round base, the screws are fairly short and tighten into the wood that's between the handle and the tubular latch

Phillips Pan Head Machine Screw M3 x 12 | Toolstation Phillips Pan Head Machine Screw M3 x 12 | Toolstation

Depending on the diameter of the handle base, if you used a longer screw, there's a good chance that 1 or more screws would line up with the latch and prevent you from fully winding them in You need to drill these holes through accurately so they line up otherwise can be fiddly to get both sections of bolt to engage Again, good chance of 1 or more bolts fouling on the latch so swap out current latch for a 'bolt through tubular latch' The door bolts simply pass through the door and latch and screw into each other (as I explained above)

Brand

The bolts will secure and clamp the handles to the door so that little damage is neither here nor there Obviously you can only pull forward a few mm until bar hits edge of hole but often enough to loosen the latch

Phillips Snap Off Screw M4 | Toolstation Phillips Snap Off Screw M4 | Toolstation

As for a repair to holes, personally think not needed as you will be drilling through these holes from one side to another M3 no snap off screw – can be cut with electrician pliers Both the sleeve and the screw has a slotted head. Used to fasten door handles, knobs, roses and escutcheons. These screws with sleeves are used to replace existing or damaged screws that attaches two handles together. How to use: Drill a hole through the door leaf, place door handle on the door to match up with the hole drilled and push the screw trough the door handle, door leaf the handle on the other side. Attach the sleeve and tighten up. Follow these instructions for all 4 holes in the door handle. The result is a handle securely fixed with screws that cannot be pulled through.