3M 4032 Double Sided Foam Tape, 1/32 Thick - 1/2 x 72 yds.

3M 4032 Double Sided Foam Tape is great for filling in gaps on irregular surfaces, distributing stress, sealing, cushioning, dampening vibrations, and

1/32 THICK For rough or irregular surfaces. Good for mounting posters, banners and small nameplates. Light duty. Indoor use. Handles temperatures to

3M 4032 Double-Sided Foam Tape - 1/2 x 72 yds

3M 4032 Double Coated Foam Tape 06456, 1/2 In X 72 Yd,, 51% OFF

Double-Sided Foam Tape - Grainger Industrial Supply

Scapa SR532V/WI07572003 SR532V Double Coated Polyethylene Foam Tape: 1/32 Thick x 3/4 x 72 yd, White : Industrial & Scientific

Off white double sided foam tape is ideal for many indoor applications or for exterior applications where the tape will be protected from the environment. 3M Double coated foam tape in off-white color features polyurethane foam construction with urethane carrier material. Tape measures 1/2 inch x 72 yds and has high bond strength, high temperature and solvent resistance.

3M 4032 Double-Sided Foam Tape

3M Double Coated Urethane Foam Tape 4032, 1/2 x 72 yards, Indoor Mounting, Bonding, and Attaching, Large, Natural : Industrial & Scientific

1/2 x 72 yds. (1 Pack) 3M™ 4032 Double Sided Foam Tape

3M™ 4462 Double Sided Polyethylene Foam Tape

MSC Industrial Supply

Use to temporarily hang signs and artwork.Both sides are removable. Tape removes cleanly from most hard, non-delaminated surfaces, even after extended periods of time. Leaves no residue. Removable rubber adhesive.

Tape Logic Removable Double Sided Foam Tape, 1/16 Thick, 1/2 x 36 yds., White, 24/Case (T953590)

3M™ Double Coated Urethane Foam Tape, 4032, off-white, 0.5 in x 72.0 yd x 31.3 mil (1.3 cm x 65.8 m x 0.8 mm)

Flexible Foam Tape for Irregular SurfacesSpeed up the mounting process and achieve a more aesthetically pleasing installation with 3M Double Coated Polyethylene Foam Tape 4462. This 1/32 in. thick polyethylene foam tape is known for its high ultimate adhesion and reliable performance across many surfaces. One of its noted features is its ability to conform to irregular and low surface energy substrates.