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Conductive Synthetic Fiber Products
Kindly note that this product is
no longer in our program. Swicofil will try to find a suitable alternative.
Conductive synthetic fiber products
from R-Stat
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Synthetic conductive
yarns and fibers
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Nylon
fibers are composed of polyamide 6.6 with a layer 0.2 microns thick of
conductive copper sulphide fused by chemical process into the outer skin
of the fibre, which has a reddish brown colour in its final form. The
layer of copper sulphide is intimately integrated into the polymer
ensuring a permanent resistance to the usual wear conditions and various
chemical treatments.
Nylon
fibers combine :
• an excellent electrical conductivity
: 10 5 ohm/cm
• outstanding antibacterial properties
• a permanent retention of these properties
• excellent textile characteristics
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Introduction rate
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Nylon
fibers should be used in a blend form. Generally 1 to 2 % of Nylon fibers
are sufficient in a textile material to grant it excellent antistatic
properties.
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Resistance
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Nylon
fibers have been subject to series of tests reproducing real conditions
of use with acceleration effect. Nylon fibers keep their original
conductivity after several years under normal conditions of humidity and
temperature. Light has no effect on this behavior at all.
Moreover,
physical (abrasion, elongation) or chemical treatments (dyeing, washing,
dry cleaning) do not affect the properties of the fibers.
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Synthetic
conductive
yarns and fibers
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Polyester
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Polyester fibers are composed of high tenacity polyester with a layer 0.2
microns thick of conductive copper sulphide fused by chemical process
into the outer skin of the fibre, which has a golden colour in its final
form. The layer of copper sulphide is intimately integrated into the
polymer ensuring a permanent resistance to the usual wear conditions and
various chemical treatments.
Polyester
fibers combine :
• an excellent electrical conductivity
:
10 4 ohm/cm
• outstanding antibacterial properties
• a permanent retention of these properties
• excellent textile characteristics
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Polyester
fibers should be used in a blend form. Generally 1 to 2 % of Polyester fibers
are sufficient in a textile material to grant it excellent antistatic
properties.
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Polyester
fibre are especially designed for gas filtration. They resist
particularly long exposures to high temperatures (150°C) as well as to
acid hydrolysis. Light has no effect on this behavior at all.
Moreover,
physical (abrasion, elongation) or chemical treatments (dyeing, washing,
dry cleaning) do not affect the properties of the fibers.
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