Amradield
0.45mm Thick Non-woven Conductive Fabric | EMI Shielding & Anti-static Textile, Tear Resistant for Electronic Target, RFID Blocking, Grounding
0.45mm Thick Non-woven Conductive Fabric | EMI Shielding & Anti-static Textile, Tear Resistant for Electronic Target, RFID Blocking, Grounding
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Key Features
✅ 0.45mm Heavy-duty non-woven base, excellent tear & abrasion resistance
✅ EMI & RFI Electromagnetic shielding, blocks RF, Bluetooth, WiFi, RFID signals
✅ High conductivity for electrostatic discharge & equipment grounding
✅ Flexible & easy to cut, sew, laminate for custom fabrication
✅ Stable conductive coating, not easy to peel off under normal use
✅ Lightweight soft textile, works for flat & curved surfaces
Main Applications
🔹 Electronic Shooting Target
The most common use. When the fabric is pierced, the circuit is connected to trigger hit detection signals. The thick non-woven base withstands repeated impact.
🔹 RFID Blocking Products
Make anti-skimming wallets, passport sleeves, key fob pouches, signal isolation bags. Block unauthorized RFID scanning to protect personal information.
🔹 Electromagnetic Shielding
Liner for shielding tents, shielded enclosures, equipment cabinet gaskets, medical device EMI protection, electromagnetic shielding curtains.
🔹 Anti-static & Grounding
Workbench grounding mats, static dissipative lining for precision electronic component packaging, ESD protection.
🔹 Flexible Sensors & Wearables
Substrate for flexible pressure sensors, sensing mats, physical therapy electrode fabrics and smart wearable devices.
🔹 Other Custom Projects
EMI protective workwear, signal isolation covers, custom industrial conductive gaskets.
Specifications
Material: Non-woven fabric with conductive metal plating
Thickness: 0.45 mm
Function: EMI / RFI shielding, Anti-static, Conductive grounding, RFID blocking
Characteristic: Tear resistant, flexible, easy to cut and sew
Custom: Can be cut to custom size upon request
Notes
Please confirm the required width and length before ordering.
Conductive performance may decrease under harsh chemical corrosion or long-term heavy friction.
Not for high voltage scenarios.
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