2552-2"X36YD 3M, 2552-2"X36YD Datasheet

TAPE DAMPING FOIL 10MIL 2"X36YD

2552-2"X36YD

Manufacturer Part Number
2552-2"X36YD
Description
TAPE DAMPING FOIL 10MIL 2"X36YD
Manufacturer
3M
Datasheet
1.2552-2X36YD.pdf (4 pages)

Specifications of 2552-2"X36YD

Featured Product
Thermal Interface Materials
Tape Type
Damping Foil
Adhesive
Acrylic
Backing, Carrier
Aluminum Foil
Thickness
0.0150" (15.0 mils, 0.381mm)
Thickness - Adhesive
0.0050" (5.0 mils, 0.127mm)
Thickness - Backing, Carrier, Liner
0.0100" (10.0 mils, 0.254mm)
Width
2.00" (50.80mm)
Length
108' (32.9m) 36 yds
Color
Clear
Usage
Vibration Damping
Temperature Range
-25 ~ 175°F (-32 ~ 80°C)
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
Other names
3M5608
70006230786
Damping Foil
2552
Product Description
Typical Damping
Properties
Technical Data
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 32° to 140°F (0° to 60°C), with survivability
from -25° to 175°F (-32° to 80°C).
The high-energy dissipative polymer used in 3M damping foil 2552 can afford
excellent control of resonance-induced vibrations. When applied to a vibrating
structure, the polymer used in 3M damping foil 2552 converts vibration to negligible
heat. Vibration amplitudes and structure-borne noise can be consequentially reduced.
The performance of most damping devices is highly dependent on the interaction
between the device and the system to which it is applied. A constrained layer control
system is no different than a typical damping device and its ability to provide the
desired performance is affected by parameters other than temperature and frequency.
Namely the geometry, stiffness and the structure to which the control system is applied
will affect the performance.
The loss factor of a material is a dynamic property that can define damping
performance:
The following data are the results of 3M damping foil 2552 being tested per ASTM
E756-83. A sample was applied to a 8.0 inch by 0.5 inch by 0.06 inch steel beam.
The beam was tested over a temperature range of -40° to 140°F, in increments of
10°F. Beam modes 2 through 7 were monitored for system damping measurements.
3M™ Damping Foil 2552

2552-2"X36YD Summary of contents

Page 1

... The loss factor of a material is a dynamic property that can define damping performance: The following data are the results of 3M damping foil 2552 being tested per ASTM E756-83. A sample was applied to a 8.0 inch by 0.5 inch by 0.06 inch steel beam. The beam was tested over a temperature range of -40° to 140°F, in increments of 10° ...

Page 2

... Note: Please note that the data has been determined by combining 3M™ Damping Foil 2552 with a panel of 0.018" thick stainless steel with a hardness of T-22 and is presented as a reference to the damping that can be achieved when combined with a material of this description and tested at ambient temperature of 72°F (22°C). ...

Page 3

... Custom Dispensers: Designed for manual or automatic operation, this custom dispenser removes protective liner from 3M™ Damping Foil 2552 before cutting to a predetermined length. Built to hold and dispense 6" core with a roll size up to 2" wide by 108 yds. Engineered for table top usage, this custom dispenser measures 31" ...

Page 4

... Damping Foil ™ 2552 Product Use All statements, technical information and recommendations contained in this document are based upon tests or experience that 3M believes are reliable. However, many factors beyond 3M’s control can affect the use and performance product in a particular application, including the conditions under which the product is used and the time and environmental conditions in which the product is expected to perform. Since these factors are uniquely within the user’ ...