JET Tape™ | Double-Sided Super Strength Tape

Product Description

JET Tape™, our acrylic foam-based double-sided joining tape, combines strong adhesive performance with the flexibility of tape, making it suitable for a broad range of industrial uses. This environmentally friendly double-sided tape does not use organic solvents in the production process.

JET Tape™ | Double-Sided Super Strength Tape

Features

  1. 1. Super-tough, double-sided adhesive bonding tape
    • ·Strong bond strength
  2. 2. User-friendly
    • ·Advanced bonding is easy and accessible to anyone
    • ·Shortened construction periods
  3. 3. Follows material deformation, absorbs vibration
    • ·High flexibility and elasticity
    • ·Adheres to curved surfaces and any materials
    • ·Follows any thermal expansion/contraction of metal material
    • ·Acts to restrict vibrations
  4. 4. Suitable for a broad range of temperatures and environments
    • ·Resistance to heat and cold
    • ·Allows joining of dissimilar materials

Applications

Fixing framework for steel doors and the like in place of welding or gluing
Fixing framework for steel doors and the like in place of welding or gluing
Assembling truck chassis parts
Assembling truck chassis parts
Fixing decorative panels on such furniture as kitchen counters
Fixing decorative panels on such furniture as kitchen counters
Constructing signage
Constructing signage
Fixing elevator panels
Fixing elevator panels
Fixing hooks or curtain rails
Fixing hooks or curtain rails
Fixing cleanroom roof framework
Fixing cleanroom roof framework

Product Lineup

*Can be scrolled horizontally

Product No. J-7104 J-7106 J-7108
Thickness (mm) 0.4 0.6 0.8
Color White
90° Adhesive Strength※1 (N/10mm) 29.9 36.3 54.8
Shear strength※2 (mm) 1 1.8 2
  • The size maxes out at 1000 mm (width) x 30 m (length). Please contact us regarding other widths.
    Measurement Conditions
  • *1. Adhesive strength was measured using a polished SUS stainless steel (SUS304) adherend. A test piece was affixed to one side of 50μm-thick aluminum foil, which was then affixed to the adherend. After leaving it for 72 hours at an ambient temperature of 23°C, adhesive strength was measured by pulling the test piece at 90° at a velocity of 300 mm/min.
  • *2. Holding power was measured by affixing a 25 mm x 25 mm test piece to one side of 200μm-thick aluminum foil, which was then affixed to an SUS plate. After leaving it for 20 minutes at an ambient temperature of 80°C, the test piece was then subjected to a load of 2 kg in the shear direction for 1 hour, after which it was checked for displacement

Construction Method

Construction Method
(1) Wipe off dust, rust, oil, and other contaminants on the surface of the material with a solvent.
Construction Method
(2) Apply the tape and press it firmly with your fingers or a roller.
Construction Method
(3) Peel off the release paper from the tape,place the material to be joined on the tape, and apply sufficient pressure with a roller.

General Properties

*Can be scrolled horizontally

Product No. J-7104 J-7106 J-7108
Thickness (mm) 0.4 0.6 0.8
Color White
Max Tensile Strength (N/cm2) 131 122 137
Max Stretch Rate (%) 1,470 1,530 1,350
Adhesive Strength (20 min) SUS N/m
(N/20mm)
1,670
(33.4)
1,960
(39.2)
1,920
(38.4)
Adhesive Strength (72 hr) SUS N/m
(N/20mm)
2,990
(59.8)
3,630
(72.6)
5,480
(109.6)
Shear Force (72 hr) SUS (N/cm2) 312 298 240
Shear strength 80℃×1h (mm) 1.0 1.8 2.0
Ball Tack SUS Ball No. 26 29 31

Shear Force (Temperature)

*Can be scrolled horizontally

Product No. J-7104 J-7106 J-7108 (Ref.) (Ref.)
J-7708 J-7808
Shear Force (N/cm2) -20℃ 818 688 640 599 776
0℃ 566 480 441 259 328
23℃ 312 298 240 161 233
50℃ 168 153 161 111 113
100℃ 84 81 94 90 86
Shear Force (Temperature)
  • Measurement Method
    SUS plates are affixed to each other with a 15 mm x 15 mm adhesive surface. After leaving it for 72 hours at an ambient temperature of 23°C, shear force was measured by pulling the test piece at a velocity of 300 mm/min under each ambient temperature.

Adherend-specific Properties

Adhesive Strength

*Can be scrolled horizontally

Product No. J-7104 J-7106 J-7108 (Ref.) (Ref.)
J-7708 J-7808
Adhesive Strength (N/m) SUS 2,990 3,630 5,480 3,430 4,350
AL 1,870 2,260 2,400 1,940 2,880
pp 320 330 280 330 500
PE 170 180 160 220 300
PC 920 1,000 900 890 1,650
ABS 1,050 1,150 960 1,130 2,210
PVC 1,190 1,410 1,270 1,700 2,390
PMMA 1,170 1,430 1,340 1,330 1,810
GLASS 1,450 1,720 1,630 1,140 1,560
Adhesive Strength
  • Measurement Method
    A test piece was affixed to one side of 50 μm-thick aluminum foil, which was then affixed to the adherend. After leaving it for 72 hours at an ambient temperature of 23°C, adhesive strength was measured by pulling the test piece at 90° at a velocity of 300 mm/min.
Shear Force

*Can be scrolled horizontally

Product No. J-7104 J-7106 J-7108 (Ref.) (Ref.)
J-7708 J-7808
Shear Force (N/cm2) SUS 312 298 240 161 233
PP 59 68 58 81
PC 152 177 136 230
ABS 102 106 116 132
GLASS 156 160 120 152
Shear Force
  • Measurement Method
    SUS plates are affixed to each other with a 15 mm x 15 mm adhesive surface. After leaving it for 72 hours at an ambient temperature of 23°C, shear force was measured by pulling the test piece at a velocity of 300 mm/min.
Tensile Bond Strength

*Can be scrolled horizontally

Product No. J-7104 J-7106 J-7108 (Ref.) (Ref.)
J-7708 J-7808
Tensile Bond Strength (N/cm2) SUS 79 101 102 82 91
PP 54 68 51 48 42
PC 67 75 68 55 61
ABS 61 66 68 58 67
GLASS 75 71 70 58 64
Tensile Bond Strength
  • Measurement Method
    A 10 mm x 10 mm test piece fixed to a piece of SUS stainless steel was affixed to the adherend. After leaving it for 24 hours at an ambient temperature of 23°C, the peeling force is measured vertically at a velocity of 50 mm/min.

General Physical Properties: Measurement Method

Max Tensile Strength Tensile strength was measured on a 25 mm x 30 mm test piece at a velocity of 300 mm/min, which was then converted into (max) strength per unit of the cross-sectional area.
Max Stretch Rate Tensile strength is measured on a 25 mm x 30 mm test piece at a velocity of 300 mm/min, and the tape's max stretch is measured at the same time.
Adhesive Strength A test piece was affixed to one side of 50 μm-thick aluminum foil, which was then affixed to the adherend. After leaving it for 20 minutes or 72 hours at an ambient temperature of 23°C, adhesive strength was measured by pulling the test piece at 90° at a velocity of 300 mm/min.
Shear Force SUS steel plates are affixed to each other with a 15 mm x 15 mm adhesive surface. After leaving it for 72 hours at an ambient temperature of 23°C, shear force was measured by pulling the test piece at a velocity of 300 mm/min.
Shear strength A 25 mm x 25 mm test piece was affixed to one side of 200 μm-thick aluminum foil, which was then affixed to an SUS plate. After leaving it for 20 minutes at an ambient temperature of 80°C, the test piece was then subjected to a load of 2 kg in the shear direction for 1 hour, after which it was checked for displacement.
Ball Tack Measured using the J. Dow-type method (30° incline, run-up distance of 100 mm, run distance of 100 mm, ambient temperature during measurement of 23°C).
  • Note 1: Before using this product, please carefully consider whether it is suited for your intended use (purpose/conditions). The product could peel or fall off, depending on adherends or application conditions. Please use it in conjunction with other joining methods (welding, bolts, etc.) when used in areas where accidents may occur.
  • Note 2:Data in this technical material are not guaranteed values, and should be treated as representative values.。

The following products are no longer available for purchase:

J-7702/J-7704/J-7706/J-7708/J-7710/J-78025/J-7804/J-7808

If you would like to request a J-71 Series product sample, please send a request through the email contact link.
Samples come in "A4 sheet" and "roll" shapes.

Contact Us About
Specially Coated Products

Contact for Specially Coated Products

+81-3-3983-2516

Email

  • Note: The data listed are for reference only and are not standard values.
    In addition, there is no guarantee that the listed uses will not infringe on any patents.