METALLIZED RF FABRIC
Historical Brief: Following the deployment of the new "metal-free" fabric in 2017, this metallized version became obsolete for me and many top-tier professionals, much like foil did years prior. It remains effective only in environments lacking modern metal detectors.
! NO LONGER IN PRODUCTION / NOT FOR SALE !
/// NICKEL-VANADIUM MESH /// CLASSIC ///EFFICACY REPORT
Nickel-Vanadium Shielding Mesh. A single layer is guaranteed to neutralize tags in RF systems. Provides 100% suppression even when in close proximity to pedestals, provided the tag is fully contained within the bag and does not breach the aperture.
When sewn correctly into a pouch, the fabric lasts for years without performance degradation. This is achieved through a specialized vacuum-deposition process of metals onto the fibers.
Note: First-gen "Anti-Foil Metal Detectors" will not flag this material. However, modern standalone MDs may detect the Nickel content in your bag.
RF PEDESTAL FIELD TESTS
WARNING: Scammers are pushing fabric claimed to shield both (AM and RF) systems simultaneously. Based on physics and field data: No fabric on Earth can reliably suppress AM systems with a single layer.
While the fabric I provide can technically suppress AM when multi-layered, it is an erratic, high-risk protocol.
- High-output systems like **Sensormatic Ultra Exit 2.4m** punch through even heavy-duty foil bags.
- You cannot cheat physics. Fabrics are designed for High-Frequency (RF) systems. Comparing AM and RF is a category error.
- For AM systems, utilize Jammers.
- Why fabric is unreliable against AM?
FIELD PROTOCOL: AMATEUR ERRORS
/// AMATEUR DEPLOYMENT: RAW FOLDED SCRAP ///A client attempted to use a raw, meter-long piece of folded fabric (pictured) during a bag selection trial.
"...just stuffed it into my envelope, seems to work fine and holds AM. taped it up so the items drop between the layers correctly... it's just two layers in an envelope..."
Engineering Assessment: This is merely a scrap of cloth acting through sheer surface area (wasteful consumption) and the random closure of the fabric over the tag creating a temporary Faraday Cage. This is an unstable and high-risk method. Sew professional gear!