

EMF Shielding Faraday Fabric Kit - Nickel Copper Conductive Cloth for RFID WiFi Signal Protection, DIY Cage Material, EMP Proof
Options
1 availableAbout this item
- High-Performance Shielding Material: Our Faraday cloth is crafted from a premium blend of 20% copper nickel and polyester, offering outstanding conductivity and thermal performance. With its ability to block a wide range of signals, it achieves an impressive 99.99% shielding capacity across frequencies from 10kHz to 30GHz.
- Exceptional Signal Blocking Efficiency: Comprising metallic copper and nickel, this Faraday cloth blocks 99.99% of wireless frequencies, effectively eliminating electromagnetic field interference (EMI). Enjoy top-tier EMP protection with our fabric, which shields against signals from WiFi routers, cell phones, Bluetooth devices, GPS, RFID, and more.
- Versatile DIY Shielding Solutions: Use our copper-nickel Faraday fabric to easily craft custom protective covers or barriers. Ideal for creating casings for devices sensitive to high-frequency electromagnetic waves, this fabric is also suitable for making maternity wear, blankets, curtains, anti-theft wallets, card holders, passport covers, and beyond.
- Comprehensive Coverage Against EMF: This fabric provides robust protection from electromagnetic radiation emitted by various sources, such as broadcast towers, communication base stations, and WiMax systems. Trusted by law enforcement and the military, it effectively blocks electronic signals, safeguards against EMP attacks, and is perfect for creating signal-proof rooms or tents.
- Great Security Gift Option: As concerns about privacy and security continue to grow, gifting our EMF shielding Faraday cloth is a practical and considerate choice. Help your loved ones defend against potential hackers and safeguard their personal information. Plus, our dedicated support team is here to assist with any inquiries, ensuring your peace of mind.
Product description
Discover the high-quality Faraday cloth protection that prioritizes your health and privacy. Our copper nickel Faraday cloth is designed for effective shielding, offering a range of applications to suit your needs. Specifications: - Name: Faraday Cloth - Material: Copper Nickel Polyester - Width: 1.1m - Thickness: approximately 0.08mm - Shielding value: up to 99.9999% - Shielding band: 10KHz-30GHz - Shielding effect: 80-90dB - Surface resistance: about 0.05 Ohm/sq Functions: - Electromagnetic shielding - RFID anti-theft functionality - Radiation protection - Anti-static - Mobile phone signal shielding - WiFi signal shielding - Heat conductivity and conduction Effectively integrate this Faraday cloth into your wallet to prevent credit card data theft. It can also be utilized for card bags, outdoor belt bags, passport covers, and other RFID signal-blocking applications. Additionally, this cloth serves as an excellent EMF radiation shielding pad for laptops, reducing electromagnetic interference (EMI) and radio frequency (RF) exposure from electronic products, flexible circuits, base stations, and electronic cases. It provides essential EMF protection for phones and Wi-Fi devices. You can also craft radiation protection suits, phone Faraday bags, and shielding curtains to create a safety barrier against harmful radiation. For optimal shielding effectiveness, we recommend using at least two layers of Faraday cloth to fully enclose the object, ensuring no gaps remain for complete protection. Understand that EMF reduction differs from complete signal blocking, and achieving your desired outcomes may vary based on your specific environment.
Product details
Customer reviews
What customers say about Bigamart
10 Trustpilot reviews total, with 2 shown at a time.
I wrote to Bigamart's customer support and they accompanied the process of reshipping the item until it finally arrived. I felt a genuine effort to solve the problem till it was finally solved.
The package was here in Australia from England in a few days โ so quick! Something was missing and they refunded it straight away. Pretty happy with these guys.
You might also like



