Faraday Fabric Military Grade Protection Signal Shielding Kit Faraday Material Conductive Fabric Block WiFi EMI EMP RFID EMF,gold-7x1.1m

YSPP

✿【Military Conductive Material】20% copper nickel fabric serves as a military grade protective material, ensuring shielding against frequencies. Temperature from as low as -4℃ to as high as 85℃, faraday fabric retains its shielding effectiveness. Its frequencies shielding range of electromagnetic field and electromagnetic is from 10KHz to 30Ghz. Shielding efficiency reaches 80-90dB. ✿【99% Blocking Efficiency】Faraday fabric blocks RF/EMI/EMF/lf electromagnetic fields, creating a conductive grid a faraday cage. Provides high-shielding effectiveness against signals like cell, WIFI, and GPS. The fabric is also anti-electrostatic, static buildup and reducing the risk of electrostatic discharge. Reduce the radiation generated by 5G base stations and 5G mobile phones. ✿【For Commercial and Personal Use】Faraday fabric from household appliances to global positioning system. 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. ✿【Cutable for DIY Various Products】Different sizes EMF protection fabric for your choice of needs of the product you want, if you are not good at making, you could just cover the faraday protection fabric over it. The fabric could be directly used as faraday blanket, phone case or computer covers, or made as wallet, gravida clothes, shielding tent, curtains and so on. ✿【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.