Product Details:
Product | EMI fabric Adhesive tape ( Both Side Conductive ) |
Tape Width |
20mm, 30mm, 40mm, 50mm ~ 1000mm ( Custom Size Available ) |
Tape Length | 50 Meter |
Color | Golden yellow |
Adhesive | Conductive Adhesive |
Total Thickness | 0.11mm |
Key Features of EMI Conductive Fabric Tape
EMI Conductive Fabric Tape* is a specialized adhesive tape designed to provide electromagnetic interference (EMI) shielding and grounding solutions. It is composed of a conductive fabric material and an adhesive layer, which together offer flexibility, durability, and effective EMI shielding. Here are the primary uses and key features of this tape:
Usage
1. *Electronics*
- *PCBs (Printed Circuit Boards)*: Shielding components on PCBs to prevent EMI.
- *Connectors*: Wrapping connectors to reduce EMI leakage.
- *Cables and Wires*: Shielding around cables and wires to maintain signal integrity.
2. *Telecommunications*
- *Data Cables*: Shielding data transmission cables to prevent interference and maintain high data transfer rates.
- *Network Equipment*: Protecting components within network devices from EMI.
3. *Automotive*
- *Infotainment Systems*: Shielding audio and visual components from interference.
- *Electrical Systems*: Protecting various electrical systems within vehicles to ensure proper functioning.
4. *Medical Devices*
- *Diagnostic Equipment*: Ensuring accurate readings by shielding diagnostic and monitoring equipment from EMI.
- *Implantable Devices*: Providing protection for sensitive electronic components within implantable medical devices.
5. *Aerospace*
- *Avionics*: Shielding avionic systems and components from EMI.
- *Communication Systems*: Protecting communication equipment from interference.
6. *Consumer Electronics*
- *Smartphones*: Shielding internal components to prevent interference with wireless communication.
- *Laptops and Tablets*: Reducing EMI to enhance device performance and longevity.
7. *Industrial Equipment*
- *Control Panels*: Shielding control panels and displays from EMI.
- *Robotics*: Ensuring the proper functioning of robotic systems by reducing interference.
Key Features
1. *High Conductivity*
- The conductive fabric material provides excellent electrical conductivity, essential for effective EMI shielding and grounding.
2. *Flexibility*
- The fabric material is highly flexible, allowing it to conform to various shapes and surfaces, including irregular and tight spaces.
3. *Durability*
- EMI conductive fabric tape is resistant to wear and tear, making it suitable for use in harsh environments.
4. *Lightweight*
- The tape adds minimal weight to the components it shields, which is crucial in applications like aerospace and portable electronics.
5. *Thermal Stability*
- It can withstand a wide range of temperatures, maintaining its shielding effectiveness in different environmental conditions.
6. *Ease of Application*
- Typically comes with an adhesive backing, making it easy to apply. Some tapes feature conductive adhesives, which are important for grounding applications.
7. *Corrosion Resistance*
- Many EMI conductive fabric tapes are designed to resist corrosion, ensuring long-lasting performance.
8. *Chemical Resistance*
- Resistant to various chemicals, making it suitable for use in industrial and medical applications where exposure to chemicals is common.
9. *Versatility*
- Suitable for a wide range of applications across different industries, including electronics, telecommunications, automotive, medical, aerospace, consumer electronics, and industrial equipment.
Considerations
- *Adhesive Type*: Ensure the tape has a conductive adhesive if electrical grounding is required.
- *Environmental Conditions*: Choose a tape that can withstand the specific environmental conditions of your application, such as temperature extremes or exposure to chemicals.
- *Thickness*: Consider the thickness of the tape for the specific application, balancing flexibility and shielding effectiveness.
By leveraging these features, EMI conductive fabric tape provides effective and reliable EMI shielding solutions for various applications, ensuring the optimal performance and longevity of electronic components.
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