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Electrically Conductive Tape

Electrically Conductive Adhesive Tape (ECT) is used for sensitive applications such as automotive, aerospace, defense, medical, and telecom products. ECT is designed with conductive pressure-sensitive adhesives and a variety of different conductive backings. By offering a broad assortment of filled acrylic adhesive systems with a balance between electrical conductivity and adhesive properties, we are able to provide the best solution for your requirements.

Our double-sided tape is available with two different backings. The woven backing offers a higher tear resistance, very good dimensional stability, and better reworkability, while the nonwoven backing provides faster wetting, excellent conformability, and very good die cuttability.

A cross-section illustration of layered material, depicting various textures and colors. The layers include a smooth top layer, a mesh layer, and other textured layers, with a small symbol on the left side indicating layering. (This text has been generated by AI)

Features

Create a stylized representation of a serrated knife blade icon in grayscale using tesa tape. The top edge forms a wave pattern, highlighting the serrations fashioned with tesa tape. The handle is depicted with a darker shade of gray compared to the blade, crafted using more layers of tesa tape. The background remains white to enhance the contrast with tesa tape elements. (This text has been generated by AI)
Anti-repulsion

Typical applications

Facts and figures

tesa® product1Type and backingType of adhesiveThickness [µ]ColorLog m/mmLiner & thicknessPeel adhesion to SUS
(initial/ultimate) [N/cm]
Contact resistance
[mΩ.inch2]
Surface resistance
[mΩ.inch2]
Shielding effectiveness
[dB]

tesa® 60371

Double sided; Non-woven

Conductive Acrylic30Black100 x 1.040PET 50µ3.5 / 5.10.010.1>60

tesa® 60372

Double sided; Non-woven

Conductive Acrylic50Black100 x 1.040PET 50µ4.3 / 5.60.010.1>60

tesa® 60374

Double sided; Non-woven

Conductive Acrylic100Black50 x  1.040PET 50µ5.7 / 8.50.010.1>60
tesa® 60252Double sided; WovenConductive Acrylic55Grey50 x  1.040

PE Paper 120µ

5.5 / 8.5

0.050.2>50
tesa® 60253Double sided; WovenConductive Acrylic70Grey50 x  1.040

PCK 120µ

4.8 / 9.7

0.050.2>50
tesa® 60254Double sided; WovenConductive Acrylic100Grey

50 x  1.220

PCK 120µ

6.6 / 10.4

0.050.2>50
tesa® 60255Double sided; WovenConductive Acrylic150Grey50 x  1.040

PCK 120µ

4.5 / 10.5

0.050.2>50

Features

Diagram of sonar technology. Sound waves travel towards a rectangular object, bounce off at an angle, and continue in a different direction. Arrows indicate the path and reflection of the sound waves. (This text has been generated by AI)
EMI shielding
A pixelated image of a pork pie hat with a small feather on the side, held together using tesa tape. The hat is brown with lighter brown shading and a black band. The pixel art style gives it a vintage, digital appearance. (This text has been generated by AI)
Modern appearance
Create a stylized representation of a serrated knife blade icon in grayscale using tesa tape. The top edge forms a wave pattern, highlighting the serrations fashioned with tesa tape. The handle is depicted with a darker shade of gray compared to the blade, crafted using more layers of tesa tape. The background remains white to enhance the contrast with tesa tape elements. (This text has been generated by AI)
Anti-repulsion

Typical applications

Facts and figures

tesa® product1Type & backingType of adhesiveThickness [µ]ColorLog m/mmLiner & thicknessPeel adhesion to SUS
(initial/ultimate) [N/cm]
Contact resistance
[mΩ.inch2]
Surface resistance
[mΩ.inch2]
Shielding effectiveness
[dB]

tesa® 60537

Single sided; Copper

Conductive Acrylic30Copper50 x  1.020PET 50µ6,3 / 7,50.050.2>70

tesa® 60538

Single sided; Copper

Conductive Acrylic50Copper50 x  1.020PET 50µ6,4 / 7,70.050.2>70
tesa®   4386Single sided; AluminumConductive Acrylic85Silver50 x  1.000

Paper 65µ

/ 3,0-0.2-
Single-sided foam ECT

Single-sided foam tape for conductive gap filling

Our single-sided electrically conductive foam tape can be used for shielding, grounding, and filling gaps. It provides either outstanding conformability and recovery properties or very high abrasion resistance, depending on the foam material chosen. All series in this assortment have very good shock-absorbing and cushioning properties.

Diagram illustrating a cantilever structure, showing force applied on one end and a red block labeled Foam ECT at the other end, supported by insulation with tesa tape. Arrows indicate direction of force and support points wrapped in tesa tape. (This text has been generated by AI)

Features

Typical applications

Facts and figures

tesa® product1Type & backingType of adhesiveThickness [µ]ColorLog m/mmLiner & thicknessPeel adhesion to SUS
(initial/ultimate) [N/cm]
Contact resistance
[mΩ.inch2]
Surface resistance
[mΩ.inch2]
Shielding effectiveness
[dB]

tesa® 60246

Single sided foam

Conductive Acrylic300Gray40 x  1.030PCK 120µ

4.8 / 6.3

0.03

0.2

>70

tesa® 60248

Single sided foamConductive Acrylic500Gray30 x  1.030PCK 120µ

4.8 / 6.3

0.03

0.2

>70

tesa® 60217

Single sided foamConductive Acrylic1500Gray30 x  1.000PCK 120µ/ 8,5

0.03

0.2

>70

tesa® 60218Single sided foamConductive Acrylic2000Gray20 x  1.000PCK 120µ/ 8,5

0.03

0.2

>70

Contact Us

Contact our Global Converter Manager

A man with short blond hair and glasses is wearing a blue suit jacket over a white shirt. He is standing indoors in front of a wall with framed pictures, where several items are affixed using tesa tape. (This text has been generated by AI)

Thomas Niemeyer

Global Sales and Market Manager Converting
BU Industrial Trade & Converting

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