The Mission Darkness TitanRF™ Faraday Fabric Panel is a 10.66ft x 9ft (96 sq ft) rectangular sheet that can be applied to a wall or used to create a radio frequency (RF) shielding enclosure. The fabric uses a copper and nickel composition to block WiFi (2.4 & 5GHz), Bluetooth, cell signals including 5G networks, GPS, RFID, NFC, and radio signals with an average attenuation of 80dB-120dB from low MHz all the way up to 40GHz. This is the same fabric that is certified to military standards MIL STD 188-125, as well as IEEE 299-2006. The lab certifications not only. This compliance measure not only ensures that the fabric shields against high-altitude electromagnetic pulses (HEMPs) and related occurrences, such as coronal mass ejections (CMEs), electrostatic discharges (ESDs), and solar flares, but provides concrete proof to the shielding ability and effectiveness of the fabric. It is primarily used by military and law enforcement forensics investigators to isolate devices, as well as used by civilians for harmful EMF radiation reduction, EMP protection, digital privacy, signal isolation in secure facilities, RF isolation for hardware and software testing, and more.
The panel is constructed out of three 9ft length by 44in width TitanRF Faraday Fabric sheets slightly overlapped and connected using 2.5in width TitanRF Faraday Tape on both the front and back sides (see images below). We assembled a full panel to eliminate the hassle of having to connect sheets on your own, for wall coverings, shielding extra-large electronics, and related applications. It can be cut, sewn, glued, or taped to various surfaces for creating faraday tents, cages, or RF shielding enclosures. If using in construction applications, it can be applied directly to a surface, such as a room wall, in between sheets of drywall, over building materials and tent frames, etc. If connecting multiple fabric panels, slightly overlap edges, and use TitanRF Faraday Tape (available in various lengths and widths) to tape together. Once the panel is fully enclosing an electronic device, you can use our faraday testing apps to confirm your design is effectively shielding (see below). A booklet with helpful construction tips and usage instructions is included.
Why It's Difficult to Construct a Panel on Your Own
- Generally requires two people for assembly
- Large flat and clean environment preferred
- Fabric creases easily
- Conductive tape is difficult to adhere evenly
- *Overall combining multiple fabric sheets can be time consuming and tedious, which is why we constructed a solution for shielding large spaces or items
Features
- High shielding (not mid-grade shielding) material for blocking RF signals such as WiFi, cell signals including 5G networks, GPS, Bluetooth, RFID, NFC, and radio signals with 80dB-120dB average attenuation from low MHz all the way up to 40GHz
- EMI, EMR, and EMF shielding
- Polyester fiber, metallic copper, and metallic nickel composition
- Lab tested and certified MIL STD 188-125 (compliant for high altitude EMP resistance), as well as IEEE 299-2006 (shielding effectiveness standards)
- Surface resistance approximately .5 Ohm/sq
- Lightweight and extremely durable
- High grade corrosion and tarnish resistance
- Easy to work with - cut, sew, tape, glue, and use like standard fabric in your industrial (military, construction company, IOT developer, etc.), or DIY (consumer) project
- Simple to apply to a wall or incorporate into construction projects for building signalproof rooms and tents
Primary Applications
- Signalproof rooms, tents, and cages
- Radiation shielding bed canopies, curtains, blankets, etc.
- Shielding electronics from RF signals
- Signal isolation
- Defense against EMPs and related occurrences
- Protection against EMF, EMR, and EMI
- Data security
- Secure facilities
- Digital privacy
Use Our Free Faraday Testing App
- The Mission Darkness app lets you test shielding effectiveness of your faraday projects. The Android app, called "MD Faraday Bag Tester" or iPhone app called, "Faraday Test" uses your phone's WiFi, cell, and Bluetooth antennas to measure dB shielding.