The Unique Characteristics of Kanecaron
- Inherently Flame Retardant (self-extinguishes when a flame source is removed)
- Chemical Resistant (anti alkali and anti acid)
- Thermal Plastic (thermo-forming & retaining shape)
- No Dripping, No Melting
- Negative Ionic Effect
- Dyeable (by basic dyes)
- Natural Hand (softness similar to wool)
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1. Inherently Flame Retardant
Unlike after-treatment or topical finishes, the inherent flame retardant
qualities of Kanecaron will not wash off or degrade even after repeated
washing.
In 1991, Kaneka introduced Protex, an enhanced flame retardant fiber. When
blended with cotton, Protex allows its fabric to become flame retardant
with no additional FR treatments of any kind.
Kanecaron fabrics can meet a large variety of FR standards around the world.
For example, Japanese Fire Service Law, JIS L-1091, EN 532, EN 1021, DIN
4102, DIN 54336, NFP 92.503, BS 5438, BS 5852, BS 5867, CSE RF 1/75, CSE
RF 3/77, CSERF4/83,UFAC, California TB 133, TB 603, NFPA 701, NFPA 1975,
FAA 25.853b, UL 94, FMVSS 302, CNS 10285, CNS 13591, GB 5455-85, GB 50222
and IS 11871.
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2. Chemical Resistant
Unlike other fiber, Kanecaron resists against both alkali and acid.
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3.Thermal Plastic
Kanecaron is easily and uniformly elongated by heat. Utilizing this feature, Kanecaron fabric can be molded in a variety of shapes.
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4. No Dripping, No Melting
Unlike other melting fibers such as polyester, Kanecaron does not melt
or drip when ignited. Since Kanecaron is charable (carbonization type),
it will prevent and stop burning escalation by forming a carbonized area
that diminishes the risk of severe skin burn that might result from hot-melted
fibers.
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5. Negative Ionic Effect
Kanecaron generates a minus ion by friction.
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6. Dyeable
Kanecaron possesses various desirable properties such as easy-blending
with other fibers, dyeability by cationic dyes for excellent coloration.
and the smooth processability of regular acrylic fiber.
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7. Natural Hand
Kanecaron improves flame retardancy when blended with other conventional
fibers while at the same time retaining original fiber characteristics,
such as softness and a natural appearance.
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