Textile article for radio frequency (rf) absorption and attenuation

A textile article configured to absorb and attenuate radio frequency (RF) signals, the textile article comprising:

• a laminate formed via curing a wet laminate at room temperature for a cure time, the wet laminate comprising a resin substrate and a reinforced fiber matrix,
• wherein, the resin substrate comprises a first portion of iron oxide particles and a second portion of elastic polymer solution, the first portion of iron oxide particles being based at least in part on an RF signal range that the textile article is configured to absorb and attenuate,
• wherein the RF signal range for absorption and attenuation of the RF signals corresponds to RF signals greater than or equal to 3 GHz and less than 8 GHz,
• wherein the iron oxide particles correspond to Fe3O4Ni, based at least in part on the RF signal range, and
• wherein the first portion of iron oxide particles and the second portion of elastic polymer solution corresponds to a predetermined ratio by volume of the first portion relative to the second portion that corresponds to 1:16, based at least in part on the RF signal range.

A textile article configured to absorb and attenuate radio frequency (RF) signals, the textile article comprising:

• a laminate formed via curing a wet laminate at room temperature for a cure time, the wet laminate comprising a resin substrate and a reinforced fiber matrix,
• wherein, the resin substrate comprises a first portion of iron oxide particles and a second portion of elastic polymer solution, the first portion of iron oxide particles being based at least in part on an RF signal range that the textile article is configured to absorb and attenuate,
• wherein the RF signal range for absorption and attenuation of the RF signals corresponds to RF signals greater than 10 GHz,
• wherein the iron oxide particles correspond to Fe3O4, based at least in part on the RF signal range, and
• wherein the first portion of iron oxide particles and the second portion of elastic polymer solution corresponds to a predetermined ratio by volume of the first portion relative to the second portion that corresponds to 1:16, based at least in part on the RF signal range.