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MMMT-03787

3M™ 7000001154 Splicing Tape, 72 yd L x 1 in W, 1.9 mil THK, Rubber/Silicon Blend Adhesive, Polyester Backing, Translucent Cream

  • Manufacturer: 3M
  • Brand Name: 3M™
  • Part Number: MMMT-03787
  • MPN: 7000001154
  • UPC: 021200037870
  • Min. Order Qty: 1
  • Qty. Interval: 1
  • loading Available at Reynolds & Son, Inc - So Barre

3M™ polyester splicing tape 8401 is a single coated tape designed for use with many release coated papers. It features a blended silicone and rubber adhesive and a polyester film to resist splice failure. Increased initial bond can be achieved by applying heat. Our 3M™ polyester splicing tape 8401 is a thin, conformable polyester tape ideal for masking in high temperature applications and adheres well to silicone coated surfaces. This tape also excels in permanent splicing operations on silicone liners, papers and films subject to high temperatures. The cream color makes for easier identification. The pressure sensitive silicone rubber adhesive performs under a broad range of temperatures ranging from -60 to 300 deg F. Our 3M™ polyester splicing tape 8401 has long service life and is designed to remain firmly adhered and flexible.

3M™, 7000001154, Splicing Tape, 72 yd Length, 1 in Width, 1.9 mil Thickness, Translucent Cream, Rubber/Silicon Blend Adhesive, Polyester Backing, 22 in-oz Adhesion Strength, 34 in-lb Tensile Strength, 300 deg F Maximum Operating, -60 deg F Minimum Operating, Specifications Met: ASTM D3330/D3759/D3652

Adhesion Strength      :      22 in-oz
Adhesive Material      :      Rubber/Silicon Blend
Backing Material      :      Polyester
Color      :      Translucent Cream
Length      :      72 yd
Maximum Operating Temperature      :      300 deg F
Minimum Operating Temperature      :      -60 deg F
Specifications Met      :      ASTM D3330/D3759/D3652
Tensile Strength      :      34 in-lb
Thickness      :      1.9 mil
Width      :      1 in
  • Translucent, cream colored single coated splicing tape
  • Blended silicone and rubber adhesive provides higher initial bond to release treated surfaces
  • Polyester film resists splice failure
  • Initial bond can be increased by applying heat
  • Excellent thermal, abrasion and chemical resistance while maintaining flexibility