Electrically Conductive Tapes

Select from our range of electrically conductive tapes that provide grounding and shielding characteristics and are easy to integrate into manufacturing processes.



Features of Electrically Conductive Tapes by tesa

Strength of electrical conductivity and adhesion are particularly important for tapes in industrial settings. Which is why even at high temperatures, humidity, and other harsh conditions, tesa tapes retain excellent conductivity in XYZ-direction and maintain strong adhesion levels.

The tapes offer efficiency where you need it. They can be applied securely on uneven surfaces due to their ability to conform and adjust. Moreover, their die-cuttability allows them to be custom shaped accordingly to your demands.

Type of Backing of tesa conductive tapes:

  • Black PET
  • Aluminium foil
  • Conductive foam
  • Conductive non-woven
  • Conductive woven

 

Main Applications

  • EMC applications such as grounding
  • Electrostatic discharge applications

 

Browse through our wide-ranging electrically conductive tapes and find out more about the technical properties such as liner type, colour, and short term temperature resistance for each product.

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tesa® 60210
Specifications
conductive foam
conductive acrylic
700 µm
tesa® 60214
Specifications
conductive foam
conductive acrylic
300 µm
tesa® 60215
Specifications
conductive foam
conductive acrylic
500 µm
tesa® 60216
Specifications
conductive foam
conductive acrylic
1000 µm
tesa® 60217
Specifications
conductive foam
conductive acrylic
1500 µm
tesa® 60218
Specifications
conductive foam
conductive acrylic
2000 µm
tesa® 60233
Specifications
Black PET / alu foil / conductive non-woven
conductive acrylic
tesa® 60246
Specifications
conductive foam
conductive acrylic
300 µm
tesa® 60248
Specifications
conductive foam
conductive acrylic
500 µm
tesa® 60249
Specifications
conductive foam
conductive acrylic
700 µm
tesa® 60251
Specifications
conductive woven
conductive acrylic
55 µm
tesa® 60252
Specifications
conductive woven
conductive acrylic
55 µm
tesa® 60253
Specifications
conductive woven
conductive acrylic
70 µm
tesa® 60254
Specifications
conductive woven
conductive acrylic
100 µm
tesa® 60255
Specifications
conductive woven
conductive acrylic
150 µm
tesa® 60256
Specifications
conductive woven
conductive acrylic
200 µm
tesa® 60257
Specifications
conductive woven
conductive acrylic
250 µm
tesa® 60258
Specifications
conductive woven
conductive acrylic
100 µm
tesa® 60260
Specifications
conductive non-woven
conductive acrylic
35 µm
tesa® 60261
Specifications
conductive non-woven
conductive acrylic
25 µm
tesa® 60262
Specifications
conductive non-woven
conductive acrylic
50 µm
tesa® 60264
Specifications
conductive non-woven
conductive acrylic
17 µm
tesa® 60272
Specifications
conductive non-woven
conductive acrylic
tesa® 60274
Specifications
conductive woven
conductive acrylic
tesa® 60276
Specifications
conductive woven
conductive acrylic
200 µm
tesa® 60371
Specifications
conductive non-woven
conductive acrylic
30 µm
tesa® 60372
Specifications
conductive non-woven
conductive acrylic
50 µm
tesa® 60374
Specifications
conductive woven
conductive acrylic
100 µm
tesa® 60381
Specifications
conductive woven
conductive acrylic
50 µm
tesa® 60382
Specifications
conductive non-woven
conductive acrylic
50 µm
tesa® 60384
Specifications
conductive woven
conductive acrylic
100 µm
tesa® 60385
Specifications
conductive non-woven
conductive acrylic
100 µm
tesa® 60685
Specifications
conductive foam
conductive acrylic
500 µm
tesa® 60687
Specifications
conductive foam
conductive acrylic
700 µm
tesa® 60688
Specifications
conductive foam
conductive acrylic
1000 µm