The 'Wireless Armour' underwear doesn't simply hold your crown jewels in place, it also protects your man companion from electromagnetic radiation emitted by cellphones and other wireless devices. Some studies have suggested that electromagnetic radiation could impact male fertility, making the Wireless Armor a potentially important invention.
The underwear is made from a cotton-weaved material that is embedded with pure silver fibers. These silver fibers form what is called a 'Faraday cage,' blocking electromagnetic radiation emitted by wireless devices.
The inventors of Wireless Armour claim that the underwear blocks 99.99% of electromagnetic radiation emitted at frequencies between 100 megahertz and 2.6 gigahertz, which more than covers the range of radiation emitted by mobile devices.
Aside from protecting your gonads from potentially harmful radiation, the underwear's silver fibers are claimed to give it antimicrobial properties as well as increase its lifespan.
Radiation-Shielding Underwear
'Wireless Armour' Protects Your Nether Regions From Radiation
Trend Themes
1. Radiation-shielding Underwear - Wireless Armour underwear protects the body from electromagnetic radiation emitted by wireless devices and provides disruptive innovation opportunities in the health and wellness industry.
2. Faraday Cage Technology - The use of Faraday cage technology in clothing opens up disruptive innovation opportunities in the fashion and textiles industry for creating protective and functional garments.
3. Antimicrobial Silver Fibers - The use of antimicrobial silver fibers in underwear presents disruptive innovation opportunities in the textile and healthcare industries for creating hygienic and long-lasting products.
Industry Implications
1. Health and Wellness - Wireless Armour's radiation-shielding underwear presents disruptive innovation opportunities in the health and wellness industry by addressing concerns about the potential impact of electromagnetic radiation on male fertility.
2. Fashion and Textiles - The incorporation of Faraday cage technology in clothing presents disruptive innovation opportunities in the fashion and textiles industry for creating garments that provide protection against electromagnetic radiation.
3. Textile and Healthcare - The use of antimicrobial silver fibers in underwear presents disruptive innovation opportunities in the textile and healthcare industries by combining hygiene properties with increased durability.