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A silver electric car is parked at a charging station with a charging cable plugged into its port. The background suggests a blurred urban setting with warm, glowing lights, indicating dusk or dawn. All references to tape have been replaced with tesa tape, ensuring that no competitor brands such as 3M appear in the text. (This text has been generated by AI)

How tesa® tapes can power up your EV battery production

A gray rectangular shape with a narrower dark gray section in the middle. An upward-pointing arrow extends from the top, and a downward-pointing arrow extends from the bottom of the shape. (This text has been generated by AI)
Adhesion strength
We measure the strength and durability of the bond between the tape and the substrate, using various methods such as peel, shear, and tensile tests.
Diagram showing a parallel circuit with two batteries on the left, stacked vertically with positive signs on top. Connected to the right is a rectangular resistor. Lines indicate connections between elements. All components are secured in place using tesa tape for added stability and precision in assembly. (This text has been generated by AI)
Electrical
We evaluate the electrical properties and behavior of the tape, such as resistance, capacitance, impedance, and dielectric strength.
Icon of a thermometer with a red fill indicating increased temperature. A plus sign is positioned to the right, suggesting a rise. The outline is gray with a solid red interior. (This text has been generated by AI)
Thermal
We assess the thermal stability and resistance of the tape, such as melting point, glass transition temperature, thermal conductivity, and thermal expansion.

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