R AW I N G R E D I E N T S &
M A N U FA C T U R I N G P R O C E S S
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1
MINERALS
Op tic a lly r e sponsive m iner als ar e selected.
T I TA N I U M D I O X I D E
SILICON DIOXIDE
ALUMINA OXIDE
2
PROCESSING
Fr om powder to fiber.
CELLIANT POWDER
CELLIANT MASTER BATCH
CELLIANT STAPLE FIBER
m ad e f ro m f in e ly g r o u n d
m a de fr om liquid P E T and
extr uded fr om m ast er bat ch
mi n e r a ls
C elliant powder
3
C EL L IANT YARN
K n it o r woven into each gar m ent
C E L L I A N T YA R N
CELLIANT FIBER
CELLIANT FIBER
under 2,000x
MEASUREMENT OF
HUMAN ENERGY
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1
BOLOMETER
A b o lo m e te r is a d e v ice for m easur ing the ener gy of incident
e le c tr o m a g n e tic r a d i ation. It was invented in 1878 by the
A m e r ic a n a s tr o n o m e r S am uel P ier pont Langley.
It is u s e d b y C e llia nt R & D to dem onstr ate the existence of
e n e r g y e m is s io n s fr om the hum an body.
THIS IS THE E NE RG Y US E D TO P O WE R
CE LL I ANT T E CHNO L O G Y.
2
ENERGY CONVERTER
D e v e lo p e d b y C e llia nt R & D to captur e the ener gy em ission
fr o m th e h u m a n h a n d and conver t into an electr ical cur r ent.
A t a n y g iv e n tim e , t he total ener gy em ission of the hum an
b o d y is a p p r o x im a te ly 100 watts.
THIS IS THE E NE RG Y US E D TO P O WE R
CE LL I ANT T E CHNO L O G Y.
3
HUMAN POWERED MOTOR
D e v e lo p e d b y C e llia nt R & D to dem onstr ate that the ener gy
m e a s u r e d b y th e b olom eter and captur ed by the ener gy
c o n v e r te r c a n b e u s e d to power a m otor.
T h e h u m a n b o d y is a constant and r enewable ener gy sour ce.
THIS IS THE E NE RG Y US E D TO P O WE R
CE LL I ANT T E CHNO L O G Y.
MICROSCOPIC AND MACROSCOPIC
IMAGES OF CELLIANT
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MICROSCOPIC IMAGES
CELLIANT CLOSE UP:
STANDARD FIBER CLOSE UP:
When observed
under high
magnification,
VS
the presence of
Celliant minerals is
readily apparent.
Average size of
Celliant particles is
under 1 microns.
CELLIANT CLOSE UP:
STANDARD FIBER CLOSE UP:
A human hair is
between 60-100
microns
VS
POLARISCOPE
Journ ey i n si d e a C e llia n t fib e r. T h e Po la r iscope
band shifts wavelengths of light. You wi l l see t he
was b u i l t b y Cel l i a n t R & D to ta k e th e v ie we r into a
color of light change fr om blue to r ed t o vi ol et t o
single st ran d o f C e llia n t fib e r with a s in g le m iner al
gr een to yellow and back again.
partic l e. O b serve h o w th e m in e r a l in s id e the fiber
HOW CELLIANT WORKS
Ce lliant’s e ffe c ts o n th e h u m a n b o d y.
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1
Celliant fibers are created from natural
minerals and embedded into polyester fibers.
2
Celliant fibers absorb energy
from the body.
3
4
Celliant converts the energy into a form
usable by the body.
Celliant recycles this energy
back to the body.
5
6
This recycled energy triggers natural
chemical reactions in the body.
These reactions result in increased
blood flow and oxygenation to the tissue.
CELLIANT SCIENCE
Huma n e n e r g y p o w e r s Ce l l i a n t
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1
Energy from the body is applied to both the Celliant garment on the left
and a standard garment on the right.
2
Each garmet will initially
capture this energy.
3
ONLY THE CELLIANT GARMENT ABSORBS AND
REMITS THIS ENERGY BACK TO THE BODY.
The Celliant garment is powered by your body’s energy.
Your recycled energy creates an increase in circulation and tissue oxygenation.
ELECTROMAGNETIC SPECTRUM
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1) T h e h u man body emit s phot ons ranging f rom 200- 850n m 1
w h ic h in c ludes light in t he ult raviolet , visible an d in f r ar ed
w av e le n g ths.
2) In order to be visible to the human eye there would need to be between
100 and 1,000,000 more photons per square centimeter.
E X A M P L E S O F L I G H T R AY S
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X- Rays ( .01 t o 10nm ) ar e lo w en er g y lig h t
beams t hat pass t hrou g h t h e b o d y. B ecau se
bones are made of lar g er at o m s t h an so f t
t issue, we are able t o r eco r d t h eir ab so r p t io n
wit h an x- ray camera.
M icrowaves ( 1mm t o 1m ) ar e n o t ju st u sed
t o cook f ood. They a r e act u ally m u ch m o r e
usef ul in communicatio n wh er e t h ey t r an sm it
inf ormat ion f or long d ist an ce t elep h o n e,
int ernet , radar and G PS.
Radio waves ( 1m t o 100m ) sen d an alo g
sounds at set f requen cies. T h ey ar e also
used in medicine and ast r o n o m y.
W hat is t he connect io n ?
t hrough solid object s .
T h ey all p ass
This proves Celliant d o es n o t n eed t o b e in
cont act wit h t he bod y t o b e ef f ect ive.
CELLIANT PROPERTIES
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● S p ecially f ormulat ed, worldwide pat ent p ro te ct ed, mineral compound.
● Micron- sized part icles inf used int o f iber d u r in g
ex tru sion.
● A p ermanent part of t he f iber, last ing t he lif e
cy c le of t he mat erial.
2 ,0 0 0 x ma g n ificat ion of a cross
s e c tio n o f C e lliant Fibers
Transmit t ed light im ag e o f
Celliant Fiber in p lan e p o lar iz ed
light ( n=1.544)