MECHANISM OF DEODORIZATION
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Why is it simultaneously possible in deodorization and antibacterial works
?
We will explain the mechanism of deodorization and antibacterial works
in order to understand our new goods as follows;
The mechanism of a deodorization function
Immediately after applying to an underwear, clothing and socks,
the ultrafine particle of ceramics which are coated the antibacterial
metal(Au,Cu) osmosis into the inside of a fiber and@makes the very
thin film on the surface of fiber simultaneously.
The minimum particle of these ceramics has a countless hole with a diameter
of
3 to 10(1/hundred million cm) in the surface and the sum total of the surface area
per 1g of crystal of this particle becomes no less than 300 to 600 suquare
meters.
And "Au,@Cu" which carried out coating to this film react with
OH in air and
carry out very-small-quantity ionization very much.
This ION is connected with oxygen and makes RADICAL and this Radical absorbs
the bad smell ingredient in contact with the thin film and immediately makes
a stable compound, and a bad smell is extinguished.
Reference
*The diameter of the ceramics of development of our company is the minimum
@@ particle below@and over small 0.01micron.
Bad smell ingredient means Ammonia, Hydrogen sulfide, Acetic acid,
@@ Methlmercaptane@and Trimethylamine ect.
The chemical formula
which changes from a bad smell ingredient to a stable compound.
The Name of@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@A@Stable@@@@@
Chemical Compounds @@@@@@@@@@@@@@@@@@@@@@@@Chemical@Compound@@@@@@@@@@@@@@@@
`@smell@@@@@ NH3 + AgOO @@@@@@@@@@@@@¨`nnmgR
h
mell @@(bg3)2bgbg2bnng{`{@@¨ibgRjQbgCgQbOO`{g@@
(The main causes of Foot smell)@
Hydrogen sulfide smell@@gQr{bnn@@@@@@@@@@@@@¨bnnrgQ
`
@acid smell@@@@@bgRbnng{CuOO@@@@@@@@@¨CuOOCOOHCH3
Methlmercaptane smell@@CH3SH { AgOO @@@@@@@@@@¨AgOOSHCH3
Trimethylamine@@@@@@@iCH3)RN{AgOO@@@@@@@@@@¨AgOON(CH3)3
( Bioless )
( Fioless )
