93 kinds of chemical fiber product terms (Part C)

61, optical fibers

Concentric sheath-core composite fiber or coated fiber that can transmit light.

62, ultraviolet resistant fibers

Fiber with the function of blocking and absorbing ultraviolet rays.

63, structural coloration fibers

Fibers that use microstructures to produce colors through light scattering or interference.

64, antistatic fibers

It is not easy to accumulate static charge, and there are fibers that prevent the generation of static electricity or eliminate the effect of static electricity. Also called anti-static fiber.

65, electro conductive fibers

All or part of the fibers are made of conductive materials such as metals or conductive organics, or sub-conductive materials.

66, anti-microbial fibers

Fibers that can kill or inhibit the growth of microorganisms, including anti-bacterial and anti-fungal fibers.

67, stanch fibers

Porous soft fiber with excellent adhesion and coagulation, non-toxic and absorbable.

68, absorbable fibers

It is a fiber that is implanted in human or animal muscles and can degrade by itself within a certain period of time and is completely absorbed by the implanted body tissue.

69, micro-organism decomposable fibers

Fiber that can be completely decomposed by microorganisms in the environment such as soil or seawater.

70, reactive fibers

A fiber containing chemically reactive groups in the main chain or side chain of a macromolecule.

71, imitational fibers

A chemical fiber that imitates the shape, structure, feel and performance of natural fibers. ( cotton-like fibers, cottony fibers )

72, moisture conductive fibers

Fiber with excellent moisture transfer properties.

73, hydroscopic fibers

Fiber that can absorb a large amount of vaporous moisture from the surrounding environment.

74, water absorbing fibers

It has high water absorption capacity and can absorb a large amount of liquid water fiber.

75, anti-soil fibers

A fiber that resists dirt or is easy to decontaminate.

76, water soluble fibers

Fibers that can be dissolved in water or slowly hydrolyzed into water-soluble molecules or compounds when exposed to water.

77, ion exchange fibers

Fibers with ion exchange function can be divided into cation exchange fibers, anion exchange fibers and amphoteric ion exchange fibers according to the types of ion exchange groups they possess

78, adsorptive fibers

Fiber with strong adsorption to gas or liquid phase substances.

79, activated carbon fibers

After activation treatment, a carbonized fiber with a large number of microporous structures on the surface and a large specific surface area is obtained. Generally, the specific surface area is greater than 500 m2/g.

80, high strength and modulus fibers

Fibers with high tensile strength and modulus at break. Generally refers to fibers with tensile breaking strength greater than 2 GPa and tensile modulus greater than 100 GPa.

81, high temperature resistant fibers

It is a fiber that can basically maintain the original physical and mechanical properties of the fiber when it is subjected to high temperatures (such as 200 • ℃ or more) for a long time.

82, anti-acid fibers

83, anti-flame fibers

A fiber that can slow down, stop, or prevent its own flame burning.

84, regenerated bio-based fibers
Fiber made by spinning with biomass as raw material.

85, synthetic bio-based fibers

Use biomass as a raw material to prepare small molecules through fermentation and other methods, and then polymerize to prepare polymers and then spin to form fibers.

86, marine bio-based fibers

Fiber made by spinning process of marine organisms or extracts of marine organisms.

87, chameleon fibers
A fiber whose color changes reversibly with changes in external light conditions.

88, polychromatic fibers

A fiber whose color changes reversibly with temperature.

89, shape memory fibers

A fiber that can return to the original shape given by the outside under certain conditions.

90, thermoregulation fibers

According to the temperature change of the external environment, the fiber realizes the temperature adjustment function within a certain period of time.

91, self-repairing fibers

After a certain degree of damage, the fiber can regain performance through self-diagnosis and self-repair functions.

92, physical recycled fibers

Fiber made of recycled materials by physical methods such as melting.

93, chemical recycled fibers

Fibers made from recycled materials through chemical methods such as decomposition and repolymerization.