MISSION DARKNESS TitanRF Faraday Gloves

The Mission Darkness TitanRF™ Faraday Gloves are made out of TitanRF™ Flex Faraday Fabric, an elastic high-shielding conductive fabric that has been lab tested and certified to confirm shielding effectiveness standards IEEE 299-2006 (see report below). The set includes two double-layer gloves—universal size for left and right hands. They are primarily used for shielded hands-on touch and device screen operation in forensic labs, RF boxes, and similar enclosures. The material blocks RF signals such as WiFi, cell signals including 5G networks, GPS, and Bluetooth.

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MISSION DARKNESS TitanRF Faraday Gloves

 

 

Constructed With Two Layers of TitanRF™ Flex Faraday Fabric, an Elastic High-Shielding Conductive Material

 

The Mission Darkness TitanRF™ Faraday Gloves are made out of TitanRF™ Flex Faraday Fabric, an elastic high-shielding conductive fabric that has been lab tested and certified to confirm shielding effectiveness standards IEEE 299-2006 (see report below). The set includes two double-layer gloves—universal size for left and right hands. They are primarily used for shielded hands-on touch and device screen operation in forensic labs, RF boxes, and similar enclosures. The material blocks RF signals such as WiFi, cell signals including 5G networks, GPS, and Bluetooth.

 

They are the same gloves used with the Mission Darkness Block Box Lab, and can be easily installed/replaced in the case of a punctured or worn-out glove. The leading source of signal penetration in RF boxes is gloves with holes or abrasion that the user cannot see, which is why it is important to frequently test your lab set-up and replace gloves as needed. *If using the gloves with a forensic box other than the Mission Darkness BlockBox Lab, installation steps may vary depend on the particular unit/model; contact us for further guidance or to ensure that the gloves will fit your unit.

 

Glove Features

 

  • Elastic double layer conductive gloves built out of TitanRF Flex Faraday Fabric with dual paired seam construction (TitanRF Flex Faraday Fabric is lab tested and certified to shielding effectiveness standards IEEE 299-2006)
  • Primarily used for shielded hands-on touch and device screen operation in forensic labs, RF boxes, and similar enclosures
  • High-shielding (not mid-grade shielding) material for blocking RF signals such as WiFi, cell signals including 5G networks, GPS, and Bluetooth
  • EMI, EMR, and EMF shielding
  • Two gloves per set
  • Universal size for left and right hands
  • Easy to install in the Mission Darkness BlockBox Lab, if using to replace punctured or worn-out gloves

 

Material Composition

 

  • Flexible polyester
  • Metallic copper
  • Metallic nickel

 

Two Sizes to Choose From

 

Standard Size Glove Set

 

 

Extra-Large Size Glove Set

 

  • Extra-large size gloves have a longer arm length allowing a wider range of motion inside forensic boxes, as well as a greater area of covered shielding
  • Compatible with the Mission Darkness BlockBox Lab XL

 

Applications

 

  • Used for shielded hands-on touch and device screen operation in forensic labs, RF boxes, and similar enclosures
  • Prevents EMF radiation exposure when using handheld electronic devices
  • Can be used as replacement gloves in RF boxes and enclosures

 

*If using gloves with a forensic box other than the Mission Darkness BlockBox Lab, installation steps may vary depend on the particular unit/model; contact us for further guidance.

 

Easily Replace Punctured or Worn-Out Gloves in Forensic Boxes

 

 

 

Scientifically Proven Performance, Lab Tested and Certified

 

TitanRF™ Flex Faraday Fabric Laboratory Testing, to Confirm Shielding Effectiveness Standards IEEE 299-2006

 

Testing Completed by Keystone Compliance Laboratory on October 7, 2020

TitanRF™ Flex Faraday Fabric, the same material used in the shielded gloves, has been tested and certified to meet shielding effectiveness standards IEEE 299-2006. The shielding effectiveness test was conducted by Keystone Compliance, a full-service regulatory compliance laboratory offering solutions for nearly all EMC/EMI, environmental, ISTA-certified package and ingress protection testing requirements.

 

IEEE 299-2006 is the standard test method for measuring the effectiveness of electromagnetic shielding enclosures and materials. A properly-shielded device will effectively retain all RF energy in its faraday enclosure and keep all external RF isolated. The TitanRF™ Flex Faraday Fabric is advertised as a material that can be used to isolate devices by blocking the frequency range most mobile devices and electronics transmit/operate within. To provide validation for this claim, the shielding effectiveness test measured how well the tape shields frequencies between 1.5GHz to 40GHz. The positive test results provides authentication of its shielding abilities.