AegisGuard™ LS Radiation Shields are formulated using multiple, proprietary shielding compounds which are micro-encapsulated and suspended in an unscented liquid made from natural ingredients derived solely from plants. Each shielding compound is effective within a specific frequency range and there has never been an allergic or skin reaction reported by any user.
The liquid serves as the medium for transferring the shielding compounds onto a surface via a fine-mist spray,
where they expand and adhere to virtually all porous and non-porous surfaces within a few seconds after being applied (the shielding compounds do not adhere to the fully recyclable blue PET/PETE AegisGuard™ LS bottle and other plastics used for beverages, shampoos, etc.).
The liquid, which has a consistency similar to very lightweight oil, is
wiped off all products having an AC or DC power source and it can either
be wiped off or left in place on porous surfaces, such as walls and
ceilings, until it is fully absorbed. Sprayed surfaces are not marred or
damaged in any manner whatsoever, nor are the visibility of glass or
plastic affected when the liquid is fully removed.
The shielding compounds effective at frequencies below 100 Hz., such as those generated by the human body and products operating at 50 - 60 Hz., remain fixed in place.
The shielding compounds effective above 100 Hz. oscillate only when they are exposed to an identical frequency within their effective
range on both sides of a shielded surface, such as when a cellular phone
is in use.
The lower frequency compounds shield against typical household and industrial electrical frequencies (50 - 60 Hz.), and the human body that generates frequencies
far below 100Hz. When a frequency
above 100 Hz. is sensed within close proximity to the shield, up to 99.998% of the
remaining radiation is reflected, or deflected, away at an angle opposite from the originating direction.
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When applied to all sides of a wired product, the generated radiation remains inside the product. If a wired product, such as a desktop or tower computer, has one or more unshielded sides, the radiation continues to be deflected until it escapes from an unshielded side.
As indicated above, the shielding compounds effective at frequencies below 100 Hz. remain fixed in place and do not oscillate. For wireless products operating at frequencies above 100 Hz., the radiation is deflected away from anything generating a frequency below 100 Hz., such as a person. For example, this proprietary oscillation technology enables cellular phone communication to occur while
preventing up 99.998% of the radiation from penetrating