YSPP Faraday Fabric Conductive Shielding Copper EMF Protection Fabric Shielding Signal Blocking from Cellular Signal WiFi Bluetooth GPS Shields RF Signals,silver-2x1.1m

✿【High Performance Shielding Material】Conductive fabric is 43 in wide, which metallic polyester fabric coated with 20% copper nickel, which creates a conductive grid that corresponds to the idea of a faraday cage. Surface resistance below 0.05Ohm/sq, average attenuation of 80-90dB from 10KHz to 30Ghz. Effective shielding of electromagnetic radiation, the shielding value reaches 99.99%. ✿【Superior EMI Shielding】Faraday fabric is used for manufacturing faraday bag, RF shells, EMF deflection, and signal protection rooms or tents. High shielding nickel and copper components block WiFi (2.4 and 5GHz), Bluetooth, cellular signals including 5G networks, GPS, RFID, and radio signals. Enjoy enhanced digital privacy and protect yourself from potentially harmful RF signals with ease. ✿【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. ✿【Easy Cuttubfand Sewing】EMF faraday fabric is easy to clip and sew depend on your requirement, saving your time to make the coverings or mesh barriers, you can make it into any shape to create such as maternity clothes, curtains, blanket, phone case or computer covers, mainframe chassis covers, and is widely used to make anti-theft wallets, card bags, outdoor waist 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.