FaradayFiber RF Shielding Circular Faraday Tent
RF Shielding Circular Faraday Tent
This circular tent uses conductive silver fiber mesh for RF shielding textile enclosure applications. It is a portable enclosure format for product testing, electronics handling, travel setups, workspaces, or other RF shielding projects where flexible coverage is required.
Key Details
- Conductive mesh enclosure: Silver plated nylon mesh creates a flexible conductive surface for RF attenuation.
- Portable setup: Lightweight construction for assembly, disassembly, storage, and project use.
- Use conditions matter: Openings, seams, overlap, grounding conditions where applicable, nearby signal sources, frequency range, and test method affect results.
Technical Specifications
- Material: 100% silver plated nylon mesh
- Shielding data: 45-55 dB under stated test conditions
- Frequency range: 10 MHz - 40 GHz
- Size: Diameter 120 cm, height 200 cm
Care Instructions
Hand wash cold with silver fiber-safe detergent. Do not tumble dry. Do not iron.
For order details, see our Shipping Policy and Return & Refund Policy.
Important: These products are technical textile products. Selection should be based on material construction, coverage, installation conditions, frequency range, and available test data.
Compare
Product comparison
Give your customers useful information about your products and showcase differences between them.
SILVER 32#U
SILVER 87#B
SILVER 112#
100% Silverfiber
100% Silverfiber
18% Silverfiber 82% Organic Cotton
Peak 45 dB
Peak 60 dB
Peak 35 dB
RF Shielding Textile Use Notes
These products use conductive textile materials for RF shielding enclosure and wearable material applications. Performance depends on material coverage, seams, openings, installation, grounding conditions where applicable, frequency range, and test method.
Coverage and Openings
Shielding performance depends on continuous conductive coverage. Gaps, seams, zippers, and openings can reduce measured attenuation.
Installation Conditions
Enclosures and apparel perform differently depending on fit, setup, grounding conditions where applicable, and surrounding signal sources.
Testing and Verification
Use frequency-specific laboratory data or an RF meter test plan to evaluate performance for a specific application.
OEKO-TEX Standard 100 certification relates to restricted-substance testing for textile materials. It does not certify RF shielding performance. Ask FaradayFiber for available material documentation before selecting a material for a specific project.
RF shielding fabrics are tested by independent laboratories to document attenuation under stated frequency ranges and test methods. Review the test data, material coverage, seams, openings, and installation conditions when selecting fabric for a project.
OEKO-TEX Standard 100 certification relates to restricted-substance testing for textile materials. It does not certify RF shielding performance. Ask FaradayFiber for available material documentation before selecting a material for a specific project.
RF shielding fabrics are tested by independent laboratories to document attenuation under stated frequency ranges and test methods. Review the test data, material coverage, seams, openings, and installation conditions when selecting fabric for a project.
FAQ
How does an RF shielding tent work?
An RF shielding tent uses conductive textile surfaces to help reflect, absorb, or attenuate electromagnetic signals. Results depend on fabric conductivity, coverage continuity, seams, doors, openings, frequency range, and the test method used.
Why can I still get a phone signal inside the RF shielding tent?
Phone reception is not a calibrated shielding test. Mobile devices can connect at low signal levels, and small gaps or openings can affect results. Use frequency-specific test equipment and a consistent test setup to evaluate attenuation.
How do I clean and maintain the tent?
Wash at 30°C on a gentle cycle with mild detergent only. Avoid bleach, chlorine, and disinfectants. Air dry in the shade (do not iron). For storage, keep the tent in its original packaging or in a cool, dry room away from sunlight, acids, and alkalis.