Free Delivery 3M DT8 48 mm x 54.8 m, 8 mil, All Purpose Duct Tape

Details

• Details

INCLUDES:
? (1) Individually wrapped conveniently packaged duct tape

FEATURES:
? Aggressive, synthetic and natural rubber adhesive provides instant adhesion to a wide variety of surfaces, including metal, glass, plastic and sealed concrete
? Tears easily by hand and provides ease of application and handling
? Conformable backing allows for performance in a variety of surface applications
? Tightly woven scrim provides high tensile strength, which is ideal for bundling applications
? Consistent unwind improves handling in a variety of applications

SPECIFICATIONS:
? Adhesion Strength: 74 oz/in
? Brand: 3M?
? Core Size (Imperial): 3 Inch
? Elongation at Break: 384 oz/in
? Product Form: P1400/R3500
? Length: 48 mm (1 89/100 in)
? Width: 54.8 mm (179 79/100 ft)
? Thickness: 8mil
? Colour: Silver

Constructed of polyethylene film laminated to cloth with a synthetic and natural rubber blend adhesive, this aggressive tape resists curling and tears off the roll cleanly even when used in challenging jobs. 3M All Purpose Duct Tape DT8 is designed to provide a versatile, conformable, quick stick solution for demanding applications. A Tape with Instant Bond Due to its unique design, 3M? All Purpose Duct Tape DT8 offers high instant adhesion coupled with maximum conformability, making it an ideal tape for dealing with contoured surfaces. It can be applied in temperatures as low as 40??F and used in temperatures as high as 130??F for up to 30 minutes. Available in black. 3M? All Purpose Duct Tape DT8 bonds firmly to a number of substrates – including plastic, glass and sealed concrete. It has low tack roll edges so edges stay cleaner. Built to Stick 3M’s family of rugged cloth and duct tapes adheres to most surfaces for applications ranging from bundling to moisture proofing, sealing to splicing, reinforcing to hanging poly drapes. Available in a variety of thicknesses and strengths, these tapes are known best for their hand tearability, high tensile strength and conformability.