3M 5952

3M 5952 is a black or white, 0.045 in (1.1 mm) modified acrylic adhesive with a very conformable, foam core. It can replace rivets, welds, and screws.
The fast and easy-to-use permanent bonding method provides high strength and long-term durability.
It offers design flexibility with its viscoelasticity and powerful ability to bond a variety of surfaces.

Brand: 3M
Model No.: 5952
Color: Black
Thickness: 1.1mm / 0.045 inch
Standard Roll Length: 32.9 m (36 yds)
Density: 590 kg/m³ / 37 lb/ft³
Liner Color: Red (printed)
Liner Thickness: 0.13 mm

Data Sheet

Features

Applications

Our Services

3M 5952 Data Sheet

Property	Values
Adhesive Type	Modified Acrylic
Foam Type	Very Conformable Acrylic Foam
Liner	PE Film
Liner Thickness	0.13 mm
Color	Black
Liner Color	Red (printed)
Total Tape Thickness	1.1 mm (0.045 in)
Thickness Tolerance	±10 %
Density	590 kg/m³
Density	37 lb/ft³
Liner Thickness	5 mil (0.005 in)
90° Peel Adhesion	22 lb/in
Normal Tensile	480 kPa (70 lb/in²)
Overlap Shear Strength	550 kPa (80 lb/in²)
Short Term Temperature Resistance	149 °C (300 °F)
Long Term Temperature Resistance	93 °C (200 °F)
Minimum Application Temperature	10 °C (50 °F)
Static Shear	500 g
Standard Roll Length	32.9 m (36 yd)
Maximum Available Width	1219 mm (48 in)
Normal Slitting Tolerance	±0.79 mm (±1/32 in)
Core Size (ID)	76.2 mm (3 in)

3M 5952 Features

The fast and easy-to-use permanent bonding method provides high strength and long-term durability.
Virtually invisible fastening keeps surfaces smooth.
Can replace mechanical fasteners (rivets, welding, screws) or liquid adhesives.
Black or white, 0.045 in (1.1 mm), modified acrylic adhesive, and very conformable acrylic foam core bonds to a wide variety of substrates including powder-coated paints and irregular surfaces.
Eliminate drilling, grinding, refinishing, screwing, welding and clean-up.
Creates a permanent seal against water, moisture, and more by offering better gap-filling capabilities.
Pressure-sensitive adhesive bonds on contact to provide immediate handling strength.
Allows the use of thinner, lighter-weight, and dissimilar materials.