Easy Carry EMF Tent Portable Faraday Cage for Travel Radiation Protection

Sale price$105.00

Easy Carry EMF Tent Portable Faraday Cage

This lightweight, portable Faraday-style tent uses conductive silver fiber mesh to create a reduced-signal textile enclosure for travel and temporary setups.

Key Benefits:

  • Portable Format: Folds into a compact carry bag for transport during travel or hotel stays.
  • Tested Shielding Performance: The material is rated at 45-55 dB under tested conditions.
  • Quick Setup: The pop-up or simple pole design allows assembly in under 2 minutes.
  • Breathable Enclosure: The mesh construction provides airflow while supporting a continuous conductive textile enclosure.

Technical Specifications:

  • Main Material: 100% Silver Fiber Mesh
  • Shielding Effectiveness: 45-55 dB under tested conditions
  • Weight: 1.5 kg (including poles)
  • Dimensions: 210 x 100 x 90 cm (Single Bed Size)
  • Performance Note: Performance depends on material, enclosure construction, seams, openings, setup, frequency range, and test method.

Care Instructions:

Hand wash the mesh carefully if needed. Do not iron. Avoid repeated sharp folds along the same lines to help preserve the conductive coating.

Important: This is a technical textile product, not a medical device. It is not intended to diagnose, treat, cure, or prevent disease.

Material: SILVER 32#U
Dimension (L*W*H): 120*78*75 CM

Compare

Product comparison

Give your customers useful information about your products and showcase differences between them.

Raw Material

SILVER 32#U

SILVER 87#B

SILVER 112#

Composition

100% Silverfiber

100% Silverfiber

18% Silverfiber 82% Organic Cotton

Shielding

Peak 45 dB

Peak 60 dB

Peak 35 dB

Circular Faraday canopy size and material comparison chart
Square Faraday tent size and material comparison chart
Chart comparing shielding performance of four EMF canopy materials by frequency

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.

Close-up of a baby's hand holding an adult finger
01

OEKO-TEX 100


OEKO-TEX Standard 100 certification relates to restricted-substance testing for textile materials. It does not certify RF shielding performance. Ask YUNJIA TEXTILE for available material documentation before selecting a material for a specific project.



Technician seated at instruments in a laboratory
02

Third Party Test

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.



01

OEKO-TEX 100


OEKO-TEX Standard 100 certification relates to restricted-substance testing for textile materials. It does not certify RF shielding performance. Ask YUNJIA TEXTILE for available material documentation before selecting a material for a specific project.



02

Third Party Test

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.



Close-up of a baby's hand holding an adult fingerTechnician seated at instruments in a laboratory

FAQ