5 Pack Faraday Bags Emp Proof Bag, Extra Large Faraday Bag Included, Suitable for Phones/Laptops/Car Keys, Fireproof & Waterproof Faraday Bag for Anti-Theft Anti-Tracking RFID Signal Blocker Bag
5 Pcs Faraday Kit:We offer you a set of 5 different sizes of faraday bag, the extra large faraday bag measures 19.68" x 14.96", the large faraday bag measures 15.75" x 10.23", the medium faraday bag measures 13.38 " x 7.87", small faraday bag measures 10.63" x 4.92", and extra small faraday bag measures 8.07" x 3.93". We have extra large size faraday bag, you don't have to worry that your large laptop won't fit
Multi-functional & Practical: The faraday bags military grade is suitable for a wide range of applications, providing security for your credit cards, passports, mobile phones, laptops, key fobs, Bluetooth, GPS devices and transponders, faraday bags features fireproofing, smoke release, waterproofing and shielding from external signals
Durable & Easy to Carry: Faraday bags is made of high-quality non-itchy silicone coated fiberglass and super shielding metallic fiber. It can be easily folded without deformation or damage, faraday bags with double roll design and velcro closure, more strong and durable, can be used for executive office, executive travelling, personal security, etc. Easy to carry and protect, and improve the safety factor
RFID Key Fob Protector: Your signal can be hacked from your fob if you have keyless entry on your car and a carjacker can steal your car without you knowing it, The faraday key fob protector stiching with shielded material which stop thieves amplifying your fob signal and opening car, stop your keyless entry fobs from being remotely accessed. No need considering of model and brand, the key fob signal blocker blocking signal for all device which can put in
Protecting your Privacy: The Faraday Cage has a signal blocking feature that prevents laptops, tablets and mobile phones from being tracked by NFC/WiFi/Bluetooth. You can use our Faraday Cage without worrying about compromising your privacy