3M Canada

3M™ 021200-38395 Foil Tape, 36 yd L x 2 in W, 15 mil THK, Polycoated Paper Liner, Viscoelastic Polymer Adhesive, Aluminum Foil Backing, Silver

7000001224 MFG #: 021200-38395
$263.60 / EA
Estimated Delivery 7 to 10 Business Days
  • Manufacturer: 3M
  • Length: 36 yd Roll
  • Width: 2 in
  • Thickness: 15 mil
  • Color: Silver
  • Adhesive Material: Viscoelastic Polymer
  • Backing Material: 10 mil Aluminum Foil
  • Adhesion Strength: 65 in-oz
  • Tensile Strength: 126 in-lb
  • Temperature Rating: -25 to 175 deg F
  • Brand: 3M™
3M™ Foil Tape, 36 yd Length, 2 in Width, 15 mil Thickness, Polycoated Paper Liner, Silver, Viscoelastic Polymer Adhesive, Aluminum Foil Backing, 65 in-oz Adhesion Strength, 126 in-lb Tensile Strength, 175 deg F Maximum Operating, -25 deg F Minimum Operating
  • Tape controls resonate vibrations through temperatures ranging from -25 to 175 deg F with peak dampi
  • Viscoelastic acrylic polymer adhesive is optimized to convert vibrational energy to negligible heat
  • Withstands exposure to weathering, moisture and UV
  • Linered for die-cutting applications in a variety of industries
  • General use, trucks, buses, trains, appliances, HVAC, aircraft, aerospace, die-cut aluminum foil par
  • Absorbs and dissipates vibration, reduces noise and metal fatigue, resists flame, moisture, weather,
  • Thermally conductive tape for heating and cooling efficiency
Tape controls resonate vibrations through temperatures ranging from -25 to 175 deg F with peak damping from 32 to 140 deg F
Viscoelastic acrylic polymer adhesive is optimized to convert vibrational energy to negligible heat that readily dissipates
Withstands exposure to weathering, moisture and UV
Linered for die-cutting applications in a variety of industries
General use, trucks, buses, trains, appliances, HVAC, aircraft, aerospace, die-cut aluminum foil parts
Absorbs and dissipates vibration, reduces noise and metal fatigue, resists flame, moisture, weather, chemical, UV degradation
Thermally conductive tape for heating and cooling efficiency