Faraday Fabric EMF Fabric RFID Shielding Fabric RFID Blocking Fabric Faraday Nickel Copper Faraday Cloth Signal Blocker,silver-5x1.1m

YSPP

✿【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. ✿【Satisfactory Practicality on Various Occasions】Faraday fabric offers reliable protection against high frequency electromagnetic radiation from sources such as industrial equipment, communication towers, and household appliances. and it's not just for personal use - this is the same material used by military and law enforcement to block signals from cellphones, WIFI, bluetooth, and GPS. ✿【Easy to Trim】The thin and flexible nature of our fabric makes it convenient for daily use. it can be easily incorporated into existing products for everyday protection against electromagnetic radiation. Versatile fabric is perfect for crafting smart meter emi shields, wireless router covers, anti-credit card skimming wallets, anti-theft car key fob bags, phone pouches, and 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.