Radiation Shields are formulated using multiple, proprietary shielding
compounds which are micro-encapsulated in an unscented water
soluble powder made from sodium bicarbonate, the same ingredient used
for baking soda.
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 shielding compounds expand when the sodium bicarbonate dissolves in
the final rinse water and adhere to the fabrics being rinsed. Safe for
all washable fabrics, they adhere to all natural and man made fibers and
remain effective until the fabrics are subsequently washed again with laundry detergent and water, such as
during a wash cycle. The color, texture and appearance of fabrics are
not altered or damaged in any manner whatsoever.
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. Except as indicated below, the shielding compounds effective above 100 Hz. to
30 GHz. oscillate when they are exposed to radiation within their effective frequency ranges.
The lower frequency compounds shield against typical household and industrial electrical frequencies (50 - 60 Hz.), and the human body that generates frequencies
far below 100 Hz. When a frequency below 100 Hz. is sensed within close proximity to the
shielded fabric, up to 99.998% of the radiation between is reflected, or deflected, away
from the body at an angle opposite from the originating direction.
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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
when a cell phone is placed in a shirt pocket while preventing between
up to 99.998% of the radiation
from penetrating the body.
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