EMF Faraday Fabric EMF Fabric Protection Radiation Protection EMF Blockers Blocking Faraday Cloth Anti-Static WiFi Electromagnetic Anti Radiation,gold-3x1.1m

AuMarndi

★【New Shielding Material】The emf faraday cloth is made from 20% copper nickle 80% polyester excels at effectively blocking a wide range of signals, which has better shielding function and good conductivity, shielding efficiency reaches 80-90dB, shielding rating from 10khz to 30ghz. blocking 99.99% of wireless frequencies. The number of anti-friction can reach 5,000,000 times. ★【High Electromagnetic Shielding】The faraday fabric prevention signal interference(EMI, EMP), prevention of commercial confidential leaks, and protection of personal privacy and security. Various signal shielding rooms (WIFI, GPS, Bluetooth, RFID, NFC etc.) the anti radiation fabric which have good conductivity and effectiveness in reducing magnetic and electrical waves. ★【DIY Enclosure as Needed】This shielding nickel copper fabric can be used to line in your pockets, make RFID anti-theft wallets and to wrap your credit cards, to line your hat, or to make a pouch for your cell phone, smart key, or anything that accepts or transmits these types of signals. create a custom cover or grid barrier based on your shielding needs. ★【Satisfactory Practicality on Various Occasions】As disruptive signals can come from inside or outside the home, more and more homes are using these faraday fabric to create enclosures against exposure to unwanted signals. This versatile fabric is perfect for crafting signal-shielded rooms, wall coverings, tower emf shields, communication base stations, and wireless transmitting devices. ★【Wonderful Protection Gift】Nowadays, high technology is updating everyday, and hacking technology is becoming more and more developed. If we do not guard our electronic equipment, our private information will be taken away by others without any knowing, our success will also disappear easily. Gifting blocking fabric to friends and family is a thoughtful way to boost their privacy protection.