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Used for application to vibrating panels and support members
Reduces resonant noise, vibration and component fatigue
Compatible with metal and plastic components
Long aging product
Industrial grade product
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Product description
Item Length String:9.25 Inches
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Item Width String:8 inches
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Number of Items:25
TapeCase Damping Foil Tape-Converted from 3M 2552, is a 15 mil industrial grade sound damping foil used to minimize vibrational noise and fatigue from panels and other supporting components. This is a long aging product that is compatible with metal and plastic surfaces.
From the manufacturer
Characteristics
Excellent aging qualities of the polymer.
Wide temperature range for damping. Usable from -25ð to 175ðF (-32ð to 80ðC), with peak damping from 32ð to 140ðF (0ð 60ðC).
Liner on product offers the user die-cut capability
PSA for ease of application
3M Damping Foil 2552
Product Description:
3M Damping Foil 2552 consists of a room temperature pressure sensitive viscoelastic polymer on a dead soft aluminum foil and is designed for application to vibrating panels and support members. The combination of viscoelastic polymer and an aluminum foil backing (a constrained layer damper, or CLD) has proved to be a unique construction with exceptional ability to control resonant vibrations in the temperature range of 32ð to 140ðF (0ð to 60ðC), with survivability from -25ð to 175ðF (-32ð to 80ðC).
Application Ideas
Industrial applications.
Electronic equipment and appliances.
Reduce resonant noise, vibration and fatigue in metal, plastic panels and support structures.
Almost anywhere plastic or metal contact with materials can result in potentially damaging vibration.
Aluminum Backing
10.0 mils (0.25 mm)
Acrylic Viscoelastic Polymer
5.0 mils (0.13 mm)
Easy-release Liner
58# poly-coated paper
Total Product Thickness
15.0 mils
Total Product Weight
0.17 lbs./sq. ft.
Adhesion to Steel
65 oz./in. width (72 N/100 mm)
Tensile Strength
126 lbs./in. width (2205 N/100 mm)
Elongation at Break
12%
Temperature Use Range
-25ð to 175ðF (-32ð to 80ðC) Peak damping from 32ð to 140ðF (0ð to 60ðC)