3M™ 021200-30411 4466 Double Coated Tape, 36 yd L x 1 in W, 62 mil THK, Rubber Adhesive, Polyethylene Foam Backing, Black

19504118 MFG #: 4466B-1"x36yd
  • Brand: 3M™, 3M™
  • Type: Double Coated
  • Length: 36, 36 yd Roll
  • Width: 1, 1 in
  • Thickness: 62, 62 mil
  • Color: Black
  • Adhesive Material: Rubber
  • Backing Material: Polyethylene Foam
  • Adhesion Strength: 8 in-lb
  • Tensile Strength: 40 in-lb
  • Temperature Rating: 120 to 158 deg F
  • Maximum Operating Temperature: 158
  • Minimum Operating Temperature: 120
3M™ Double Coated Tape, 36 yd Length, 1 in Width, 62 mil Thickness, Black, Rubber Adhesive, Polyethylene Foam Backing, 158 deg F Maximum Operating, 120 deg F Minimum Operating
  • High ultimate adhesion to a wide variety of surfaces
  • High ultimate adhesion to a wide variety of surfaces
  • High ultimate adhesi
  • Conformable tape bonds to irregular surfaces
  • Conformable tape bonds to irregular surfaces
  • Conformable tape bon
  • Unique rubber adhesive system provides quick stick
  • Unique rubber adhesive system provides quick-stick
  • Unique rubber adhesi
  • Adheres well to most low surface energy (LSE) materials
  • Adheres well to most low surface energy (LSE) materials
  • Adheres well to most
  • Quick-stick
  • Bonds to a variety of surfaces for light duty applications
  • Bonds to a variety o
High ultimate adhesion to a wide variety of surfaces
High ultimate adhesion to a wide variety of surfaces
• High ultimate adhesion to a wide variety of surfaces
Conformable tape bonds to irregular surfaces
Conformable tape bonds to irregular surfaces
• Conformable tape bonds to irregular surfaces
Unique rubber adhesive system provides quick stick
Unique rubber adhesive system provides quick-stick
• Unique rubber adhesive system provides quick-stick
Adheres well to most low surface energy (LSE) materials
Adheres well to most low surface energy (LSE) materials
• Adheres well to most low surface energy (LSE) materials
Quick-stick
Bonds to a variety of surfaces for light duty applications
• Bonds to a variety of surfaces for light duty applications