|
|
---|---|
Adhesive Type
|
Acrylic
|
Applications
|
Vibration Damping
|
Backing Material
|
Aluminum Foil
|
Backing Thickness (metric)
|
0.25 mm
|
Back-Side Adhesive Thickness (metric)
|
0.13 mm
|
Elongation at Break
|
12 Percent
|
Flame Retardant
|
Yes
|
Industries
|
Aerospace, Appliance, Automotive, Construction, Electronics, General Industrial, Metalworking, Military and Government, Specialty Vehicle, Transportation
|
Maximum Operating Temperature (Celsius)
|
80 Degree Celsius
|
Overall Height (Metric)
|
0.04 mm
|
Overall Length (Metric)
|
32.9 m
|
Overall Width (Metric)
|
5.1 cm
|
Primary Liner
|
Polycoated Paper
|
Product Color
|
Silver
|
Product Form
|
Roll
|
Tensile Strength (metric)
|
2205 N/100mm
|
Total Tape Thickness without Liner (metric)
|
0.38 mm
|
Die-cut aluminium foil parts and reduce noise with 3M™ Damping Foil 2552. Use our damping foil for vehicles and appliances across many different industry sectors. The silver aluminium foil constraining layer is coated with a pressure-sensitive viscoelastic polymer on a poly-coated paper easy-release liner.
Absorbs and Dissipates Resonate Vibration 3M™ Damping Foil Tape 2552 is an aluminum foil backed anti-vibration tape. It is designed to reduce structure-borne noise and fatigue in metal and composite panels and support structures. With a viscoelastic acrylic polymer adhesive this tape is easy to apply and it adheres well to metal. It can achieve effective damping with as little as 20% surface coverage. This durable tape will resist moisture, weather, UV degradation and flame. It is a long aging tape designed to specifically perform in a wide variety of temperatures (-25°F/32°C to 175°F/180°C) with peak damping from 32°F/0°C to 140°F/60°C. The linered construction provides the ability to die cut this product. 3M™ Damping Foil Tape 2552 meets the requirements of F.A.R. 25.853(a) and can pass ASTM E-162 and ASTM-E 662 for flammability and smoke generation. Recommended Applications Aerospace Automotive Appliance General industrial applications to mitigate vibration which produces noise and fatigue