3M™ 3M 9472LE 3" x 3"-25 Adhesive Transfer Tape With (25) 3 in L x 3 in W Square, 5.2 mil THK, Acrylic Adhesive, Clear

3M™ Adhesive Transfer Tape, Series: 9472LE, 5.2 mil Thickness, Polycoated Kraft Paper Liner, Clear, Acrylic Adhesive, 300 deg F Maximum Operating

9472LE is a versatile adhesive transfer tape that works well for bonding difficult to adhesiveere surfaces such as polyethylene and polypropylene plastic, powder coated surfaces and surfaces contaminated with oil typically used with machine parts. A "Go To" where a thicker adhesive is needed for bonding difficult to stick low surface energy plastics and powder coated paints. 3M™ 9472LE provides a high strength bonding solutions in a variety of industries, including automotive, electronics, medical, appliance and machine and equipment fabrication. Ideal for attaching a wide variety of similar and dissimilar materials, bond metal nameplates and rating plates to hard to stick textured plastic surfaces in the aerospace, medical, automotive, appliance and electronic markets. Excellent holding power and anti-lifting properties, bond graphic overlays for membrane switches, as well as, bonding complete switches to polyethylene, polypropylene and powder coated equipment surface in the industrial equipment market. Best in class for oily substrates, attach identification material and warning labels to lightly oiled machine parts in the industrial and manufacturing industries. Mount decorative trim to textured plastic panels in the automotive and aerospace industries. Resist short term temperatures up to 300 deg F, use in electronics for electrical insulation and battery bonding applications. Use for consumer electronic assemblies such as case assembly and touch panel bonding in phones, tablets and wearable devices. Excellent bond to powder coated surfaces, lightly oiled metals and hard to stick plastics such as polyethylene and polypropylene. Also provides high adhesion to bare metals, glass, paper and high surface energy materials such as ABS and polycarbonate making it suitable for bonding similar and dissimilar substrates.