Conductive Fabric Tape
High-Performance EMI Shielding & Grounding Tape with Woven Conductive Fabric
- Excellent EMI Shielding Effectiveness: Designed to minimize electromagnetic interference.
- High Electrical Conductivity: The woven conductive structure ensures consistent electrical performance.
- Reinforced Woven Structure: Ideal for applications requiring durability and precision.
- Strong Adhesion to Multiple Substrates: Provides reliable bonding to a wide range of materials, ensures stable attachment even under vibration or thermal cycling.
- Good Flexibility with Structural Stability: Balances flexibility and strength, suitable for both flat and semi-flexible applications.
- Easy Processing & Manufacturing Compatibility: Optimized for industrial production.
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Description
Conductive Fabric Tape is a high-performance EMI shielding material made from woven conductive fabric coated with pressure-sensitive adhesive. Designed for applications requiring stable electrical conductivity, reliable shielding effectiveness, and mechanical durability, this tape is widely used in electronic and communication devices.
Compared to non-woven conductive tapes, woven conductive fabric offers enhanced structural strength, better dimensional stability, and more consistent conductivity, making it suitable for demanding environments and precision assemblies.
AxisTape Conductive Fabric Tape provides effective EMI shielding, strong grounding performance, and reliable adhesion, helping manufacturers improve electromagnetic compatibility (EMC) and product performance.
Key Features & Technical Advantages
1. Excellent EMI Shielding Effectiveness
Designed to minimize electromagnetic interference:
- high shielding effectiveness across wide frequency ranges
- improved electromagnetic compatibility (EMC)
- reduced signal interference
- stable long-term shielding performance
2. High Electrical Conductivity
The woven conductive structure ensures consistent electrical performance:
- low surface resistance
- reliable grounding capability
- stable conductivity under stress
- efficient signal transmission and dissipation
3. Reinforced Woven Structure
Compared to non-woven materials, woven fabric offers:
- higher mechanical strength
- improved tear resistance
- better dimensional stability
- consistent performance during assembly
Ideal for applications requiring durability and precision.
4. Strong Adhesion to Multiple Substrates
Provides reliable bonding to a wide range of materials:
- metals (copper, aluminum, steel)
- plastics and housings
- PCBs and electronic components
- shielding enclosures
Ensures stable attachment even under vibration or thermal cycling.
5. Good Flexibility with Structural Stability
Balances flexibility and strength:
- adaptable to curved surfaces
- maintains structural integrity
- suitable for both flat and semi-flexible applications
6. Easy Processing & Manufacturing Compatibility
Optimized for industrial production:
- compatible with die-cut processing
- easy handling with release liner
- suitable for automated assembly
- consistent thickness and quality
Typical Applications
1. Consumer Electronics
Widely used in:
- smartphones
- tablets
- laptops
Provides reliable EMI shielding in compact designs.
2. Communication Equipment
Used in devices where signal integrity is critical:
- routers
- base stations
- RF modules
Helps reduce interference and improve performance.
3. Electronic Enclosures & Grounding
Applied for:
- grounding connections
- shielding enclosures
- EMI protection in housings
4. Industrial Electronics
Suitable for:
- control systems
- automation equipment
- industrial communication devices
Technical Specifications
| Thickness Range (μm) | 30 – 250 |
| 180o Peel Strength (N/25mm) | ≥ 10 |
| X-Y Horizontal Resistance (Ω/inch2) | < 0.2 |
| Z-Axis Vertical Resistance (Ω/inch2) | < 0.05 |
| Backing Material | Conductive Woven Fabric |
(Custom specifications available upon request.)
Why Choose Conductive Fabric Tape?
This product provides a balance between performance, durability, and flexibility, making it suitable for a wide range of EMI shielding applications.
vs Conductive Non-Woven Fabric Tape
- higher strength
- better durability
- more stable conductivity
vs Copper Foil Tape
- more flexible
- easier to apply
- suitable for complex geometries
This makes it ideal for applications requiring both flexibility and structural reliability.
Customization & Manufacturing Capabilities
AxisTape provides flexible solutions for OEM and electronics manufacturers:
- custom thickness and conductivity levels
- roll width and length customization
- die-cut and converting services
- cleanroom manufacturing
- tailored adhesive formulations
Our engineering team can assist in selecting the optimal product for your application.
Quality Assurance
Each batch undergoes strict quality control procedures:
- electrical conductivity testing
- EMI shielding performance testing
- adhesion strength verification
- environmental and aging tests
Ensures consistent quality and long-term reliability.
Frequently Asked Questions
Q: What is conductive fabric tape?
A: It is an EMI shielding tape made from woven conductive fabric, used for grounding and electromagnetic interference protection.
Q: What is the difference between woven and non-woven conductive tape?
A: Woven tape offers higher strength and stability, while non-woven tape is softer and more flexible.
Q: Is it suitable for high-reliability applications?
A: Yes. It is designed for applications requiring stable conductivity and mechanical durability.
Q: Can it be die-cut?
A: Yes. It is compatible with precision die-cut and automated manufacturing processes.
Q: What industries use this product?
A: It is widely used in electronics, telecommunications, and industrial equipment.
Ordering & Technical Support
AxisTape provides flexible minimum order quantities, competitive pricing, and worldwide delivery. For custom specifications or technical inquiries, please feel free to contact us for a detailed consultation or email us at info@axistape.com.





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