How To Hang A Mirror Without Drilling

Hanging a mirror without drilling is a simple task that can be completed in a few minutes. With the right tools and materials, you can securely hang a mirror on any wall without damaging the surface.

Materials Needed

Mirror
Picture hanging strips
Level
Pencil
Measuring tape
Scissors
Optional: Drywall anchors

Instructions

Determine the hanging location. Use a level to mark the spot where you want the center of the mirror to hang. Mark the spot with a pencil.
Prepare the hanging strips. Cut two strips of picture hanging strips to the appropriate length. For small mirrors, use two small strips. For larger mirrors, use two medium or large strips.
Apply the strips to the mirror. Peel off the backing of one strip and press it firmly to the back of the mirror, in the center. Repeat with the second strip.
Remove the protective backing. Peel off the protective backing on the front of the strips.
Press the mirror against the wall. Align the mirror with the pencil mark and press it firmly against the wall. Hold for 30 seconds to ensure a secure bond.
Optional: Use drywall anchors for heavier mirrors. If you are hanging a heavy mirror, you may want to use drywall anchors for extra support. Drill a hole into the wall using a drill bit that is slightly smaller than the anchor. Insert the anchor into the hole and tap it flush with the wall. Repeat for the second anchor.
Hang the mirror on the anchors. Align the mirror with the anchors and hook it into place.

Tips

Make sure the wall surface is clean and dry before applying the strips.
Use a level to ensure that the mirror is hung straight.
If you are hanging a heavy mirror, it is best to use two people to lift it into place.
If you need to remove the mirror, simply peel off the strips from the back of the mirror and the wall.

Conclusion

Hanging a mirror without drilling is a quick and easy way to add style and functionality to any room. With the right tools and materials, you can securely hang a mirror on any wall without damaging the surface.