BLACK RF FABRIC 2017
Next-generation shielding material. Ultra-soft, silk-like tactile profile. Engineered with a 100% metal-free composition.
WHY THE NEW FABRIC?
(If metallized fabric already performs flawlessly?)
- Metal Detector (MD) signatures. I’m not forcing this upgrade, but MD issues are escalating in major metropolises and high-end boutiques. Certain MD units have begun flagging Nickel (found in legacy fabrics). Additionally, next-gen MDs are being deployed that react to any conductive mass larger than a 10-inch tablet.
— If your AO is stable and you encounter no heat, legacy fabric remains a viable tool; keep using it.
— If you’re getting flagged by scanners, it’s time to switch to non-metallic stealth. - Tactile profile. The material is incredibly soft, allowing for the construction of complex, multi-layered stealth gear.
- Operational lifespan. Depends entirely on maintenance. Protect the material from snags and sharp objects. I strictly recommend sewing it between two layers of thin synthetic lining; this configuration is virtually eternal. We field-tested a raw pouch for 3 months with excellent results, but don't treat your primary tools irresponsibly.
- Versatile deployment. Expanded operational envelope: pockets, pouches, full double-linings in jackets, hat inserts, and surface masking.
- MD Invisibility. Even advanced future-proof metal detectors cannot identify this material. Since it contains zero metals, the conductivity physics differ from standard targets.
- Operational performance. Shielding capabilities verified; 100% reliable suppression of all RF gate systems.
FIELD DEMONSTRATIONS & TESTS
FAQ (ENGINEERING INSIGHTS)
Q: Does your fabric shield cellular signals, and is this a valid benchmark for efficacy?
A: Comparing EAS pedestal frequencies to cellular bands is tactically invalid. They differ by orders of magnitude (4G at 2.6 GHz vs RF gates at 8.2 MHz) and utilize distinct physical transmission protocols. Metallized fabric blocks cell signals due to its surface mesh; non-metallic composite is less effective in cellular bands, but this has zero bearing on its performance against EAS gates.
Q: Can I use your fabrics to conceal items from airport metal detectors?
A: Negative. Aviation security scanners and retail MD systems utilize entirely different detection methodologies. Airport scanners probe for any conductive mass across the entire depth; retail MDs analyze self-field disturbances. By optimizing the absorption/reflection ratio with these fabrics, we remain invisible to retail systems, but airport physics are a different beast.