RFID Shielding Fabric Faraday Fabric EMF Fabric Faraday Cage EMP Protection EMF EMI EMP Electromagnetic Blocking Fabric,gold-2x1.1m

YSPP

✿【New Shielding Material】Faraday fabric is characterized by 20% high-grade copper, nickel uniform coating, wide operating frequency, good shielding performance, and wide application areas. Tests by authoritative departments have shown that the shielding efficiency reaches 80-90dB, shielding rating from 10KHz to 30Ghz, surface resistance: 0.03-0.05Ohm/sq. ✿【99% Blocking Efficiency】Faraday fabric having nice conductivity, which can block unwanted frequencies from your phones, RFID and other wireless equipment. Highly electrically conductive, RF/EMI/EMF/IF blocking, super earthing/grounding fabric/anti-electrostatic/esd /radiation/radiowave/microwave shielding electromagnetic fabric. Reduce the radiation generated by 5G base stations. ✿【From Secret Operations】The need to preserve, protect and extract digital information in devices and technological privacy makes the Faraday Fabric a must for government and military organizations. The fabric shield effectively secures communication and enhances digital isolation during discreet operations. It blocks electronic signals, defends against emps, and is ideal for signal-proof rooms or tents. ✿【Large Size for Crafting】The EMF blocking fabric enough for you to cut at will, you can cut it into different pieces or shapes according to your phone, card, laptop and more. The fabric could be directly used as faraday cage, faraday blanket, wireless router cover, anti-credit card skimming wallet, anti-theft car key fob bags, passport holders, phone pouches, laptop protective bags. ✿【Importance of EMF Protection】Our health is threatened by electromagnetic waves every day, and with the advancement of technology, the means of hacker attacks are becoming increasingly complex. Our electronic device information is easily stolen by others. At this point, EMF protection cloth is very important as it can protect us from the radiation of various electronic devices.