Conductive rubber

1.Suppress interference and improve equipment stability
Conductive tapes (such as the EM series of Huangguan Xincai) form a continuous conductive layer through metal particles or conductive substrates (copper foil, aluminum foil, etc.), which can absorb or reflect electromagnetic waves, effectively reducing the risks of signal distortion, delay, and component aging. It is especially suitable for the late - stage design optimization of compact electronic products with high integration, such as mobile phones, AR/VR devices, etc.

2.Flexibly adapt to complex structures
For example, non - woven conductive tape has strong anti - warping properties and can closely adhere to curved and uneven surfaces; aluminum foil tape is specialized in electrostatic discharge and grounding scenarios, improving the connection reliability between the PCB board and the metal chassis.

3.Low - impedance conduction
The metal particles (such as nickel and copper) incorporated in the tape or the composite conductive layer (such as tesa® 6037x series) have low - resistance characteristics in the XYZ three - dimensional direction, ensuring efficient current transmission and reducing energy consumption. For example, the conductive foam tape of Yilian Technology significantly improves the current efficiency between electronic components by optimizing the design of the conductive strips.

4.Adaptation to Special Scenarios

• Solar Energy Field: The tesa® 60860 uses tinned copper tape as the base material, replacing the traditional soldering process. It enables efficient current collection for thin - film modules, is resistant to damp heat aging, and has a lifespan of 25 years.

• High - frequency Equipment: The plain - woven conductive tape (Huangguan New Materials) has low impedance and good flex resistance, and is suitable for the bonding and heightening of millimeter - wave devices such as 5G antennas.