Faraday shielding material
Faraday Shielding Fabric for EMI/RF Tents, Curtains & Soft-Wall Enclosures
Ag/Cu/Ni metallized woven shielding fabric for Faraday tents, temporary shielding rooms, EMI curtains and retrofit enclosure panels.
Sold by square meter. Unit price: 55 USD per square meter.
Metallized shielding textile
Application-driven shielding fabric for soft-wall Faraday structures.
Use this metallized woven fabric when the project calls for conductive textile coverage in Faraday tents, EMI curtains, temporary shielding rooms or retrofit enclosure panels.
Good fit when your project needs:
Tested Shielding Effectiveness
Built for fabric-based shielding projects
This material is best understood as a project shielding textile, not just a conductive fabric swatch. It is intended for teams comparing metallized fabrics for enclosures, curtains and panel systems where shielding data, surface conductivity and fabrication format all influence the final choice.
Faraday tents and portable RF rooms
Use as fabric wall or panel material where a soft-wall structure needs conductive coverage across large surfaces.
Shielding curtains and partitions
Relevant for curtains, soft partitions and access panels where textile handling and conductive continuity both matter.
Retrofit enclosure panels
Suitable for project teams evaluating roll goods or fabricated panels for existing rooms, benches or temporary enclosures.
Proof points buyers can review before ordering
SEM-EDS element mapping
The supplied EDS report includes separate Cu-KA, Ni-KA and Ag-LA mapping channels for the metallized woven textile.
Flat-panel shielding report
Tested by Shanghai Institute of Measurement and Testing Technology under GB/T 30142-2013.
Built for flexible handling
Selected for projects that need roll goods or fabricated panels with good dimensional stability after repeated folding and handling.
How to evaluate this fabric before choosing it
For Faraday tents, EMI curtains and soft-wall enclosures, the fabric is only one part of the shielding system. Technical buyers usually need to confirm the application format, conductive continuity and proof requirements before ordering material.
Application format
Electrical continuity
Verification level
Material Selection Logic
Different shielding textiles solve different design problems. This comparison is meant to guide the buying conversation, not to claim one material is identical to another.
SEM-EDS mapping separates Cu, Ni and Ag across the woven surface
The supplied SEM-EDS / EDS material is more than a single composition claim. It shows the same woven scan area through separate copper, nickel and silver channels, including Cu-KA, Ni-KA and Ag-LA maps, plus the SEM reference and combined elemental overlay.
For engineering buyers, this makes the Ag/Cu/Ni plated structure easier to evaluate because each metal is visible through its own element-specific scan.
Cu-KA mapping
Ni-KA mapping
Ag-LA mapping
Verified Product Details
Specification fields are limited to supplied product material, media and test documents. Values not listed here should be confirmed before project release.
Silver-Copper-Nickel Woven Conductive Checkered Fabric
Conductive143#
MCON143
Ag/Cu/Ni plated textile structure
GB/T 30142-2013
30 MHz, 100 MHz, 300 MHz, 915 MHz, 1.5 GHz, 2.45 GHz, 3 GHz, 5 GHz, 8 GHz, 10 GHz, 12 GHz, 15 GHz, 18 GHz
Supplied product image shows 62.06 mOhm over a 50 cm measurement span.
2025F33-30-5910424001
May 29, 2025
Shanghai Institute of Measurement and Testing Technology (SIMT)
Shaoxing Yunjia Textile Products Co., Ltd.
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