Mounting Squares For Fabric Walls

Frame outlines and frames the shape of the panel or wall holding the fabric in place and protecting the edges with a high impact polymer frame.

Mounting squares for fabric walls.

Textured outer surface grips cubicle fabric securely yet removes without damage precut squares are 11 16 x 11 16. Strong double stick foam squares. Will not stain walls like putties. Scotch mounting squares are pre cut squares of clear removable adhesive.

For mounting photos posters artwork or papers on walls office cabinets refrigerators windows etc. Mounting squares for fabric walls personalize your workspace with scotch mounting squares for fabric walls. Great ideas that stick. That said there can possibly be fabric wall coverings this hook system does not engage with well.

Heavy duty fabric cubicle grips fasten securely and pull apart easily. Adhesive side attaches strongly to object textured outer surface grips cubicle fabric securely. Holds up to 1 4 lb. Backing fills the frame and covers the wall absorbing reverberated sound providing impact resistance thermal insulation and a pinnable.

With a variety of sizes shapes and colors available the possibilities are endless. For mounting photos posters artwork or papers on walls office cabinets refrigerators windows etc. Scotch fabric wall mounting squares hang photos schedules plaques and more in your cubicle. Sticky on both sides of squares.

Scotch fabric wall mounting squares are for mounting and securing items on fabric cubicle walls 68 x 68 8 squares hold up to 2 1 4 lbs. 4 the squares hook surface is then firmly pressed into the fabric wall material twisted a bit to engage it and you push down a bit to make sure its taken to the fabric. Scotch mounting squares are pre cut squares of adhesive. Hold up to 2 1 4 lb.

Use on wood tile painted walls glass and most other wall surfaces that are clean dry and smooth. Use on most types of walls not recommended for use on wallpaper and delicate surfaces ceramic tile and wood surfaces that are clean dry and smooth.