Copper plated CuS acrylic conductive filaments 75D/40F DTY green color yarn for anti bacteria socks/beddings-XT11123

 a) thickness **0D/*0F or **0D/*0F

b) other spec.:

Based materials: acrylic  DTY
Conductivity: (*0^1~*0^2) ohm/cm.
Elongation at break: (****5)%.
Tenacity at break: (1.*4~3.*9)g/Denier
cuprous sulfide: less than 8% approx.

Characteristics and application
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a) ESD(anti static)
As the conductivity of it is (*0^1~*0^2) ohm/cm,
so, it has good anti static properties when it is combined/blended with
other filament/staple fibers.
At the same time, it has good washability resistant and soft hand feeling.
And it has good textile properties for processing easily.

b) Anti-EMR(anti electromagnetic wave radiation)
As the conductivity of it is (*0^1~*0^2)ohm/cm, so, it also has excellent
shielding effectiveness. The shielding efficiency is more than *5DB at 0.*5MHz~3GHz.

c) Anti-bacteria
The active copper ion in fiber could damage the metastasis of the
bacteria, make them die out. Has the stable and persistent anti
bacteria ability.

d) Gathering heat and heat preservation
In the sunlight, the copper ion in fiber generates surge
phenomenon, therefore, bring about heat and temperature of fiber to
be raised. Therefore, it has the high efficiency of heat gathering
and preservation.

e) Application
Mainly used for home textiles, garments(anti bacteria socks, underwear, etc.)
and intelligent textiles, military and industrial textiles, etc. .
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 *2 bobbins/carton, net weight *6kg/carton, dimension: *6cm**6cm**8cm

By DHL/TNT/UPS/FedEx, by general air transportation, by sea

 Surface resistance could be customzied, from *0~***0ohm/cm.

 a) Could shield electromagnetic wave radiation?

     Of course, because it possesses low resistance, could achieve to more than shielding efficiency: *5dB.