Flame retardant polyester has a permanent flame retardant, its application prospects will be very broad. It is understood that flame retardant polyester has a wide range of applications, in addition to industrial textiles, building interiors, transportation interiors, etc. play an irreplaceable role, but also in the field of protective clothing plays a number of roles, flame retardant fabrics made of flame retardant protective clothing has excellent washing resistance, non-toxic, tasteless, non-irritating, safe and reliable for the human body, breathable and breathable, soft to the touch, comfortable to wear.

Polyester flame retardant fabric is called in English: "PolyesterFireRetardantFabric", the flame retardant fabric, often through the gas phase flame retardant, cohesive phase flame retardant and interrupt the heat exchange flame retardant principle to achieve. Inhibit the growth of the chain of combustion reaction to promote the free function of flame retardant fabric is a gas-phase flame retardant; in the solid phase to delay or prevent the thermal decomposition of polymers to play a flame retardant effect is a condensed phase flame retardant; will be part of the heat generated by the polymer combustion and lead to flame retardant, it belongs to the interruption of the heat exchange mechanism class of flame retardant. However, combustion and flame retardant are very complex processes involving many influences and factors, and it is difficult to strictly classify the flame retardant mechanism of a flame retardant system into a certain kind, and in fact many flame retardant systems work with several flame retardant principles at the same time.

Natural fiber has health, comfort and environmental performance, but lacks functionality and safety. The newly developed chemical fiber simulation fiber can achieve natural fiber in terms of appearance and health and comfort, but also achieve functionality, safety and environmental protection, and can look like natural and be better than natural. Simulation fabric characteristics are mainly as follows.

1, fine denier, super fine denier polyester differentiated fiber - worsted imitation wool fabric, super high density fabric, waterproof and oil-proof, high-performance cleaning cloth, etc.

2, differential nylon - making imitation Angola, imitation sheep sea wool and other coarse textile, part of the simulation of silk fabrics.

3, island-type ultra-fine composite fiber - it is made from the sea and island two thermodynamically incompatible components of the composite, the current island component selection PET or PA, the sea component selection COPET, PE, PA, PS and soluble PET, etc.. At present, the production of island microfiber is mainly PET/COPET, PA/COPET and PA/PET, etc. PET/COPET produces filament, mainly used to make imitation deerskin textile fabrics, while PA/COPET or PET for short fibers are mainly used to make synthetic leather base cloth.

4, moisture wicking fiber (modified polyester) - has a high specific surface area, the surface has numerous microporous work grooves, cross-section has a special shaped, the use of capillary effect, the fiber has a core suction effect, quickly the skin surface moisture or sweat by diffusion, transfer to the outer layer of the fiber and evaporate, suitable for sportswear. This moisture wicking polyester fiber has attracted the attention of the textile industry in recent years, and continue to develop new high-grade products, such as: DuPont's coolmaxAlta, Toyo Spinning Company TRIACTOR, EKSILIVE, Kurashiki Rayon public PANAPACDQV, Taiwan Zhongxing Company COOLPLUS, Far Eastern Company TOPCOOL Howe Company TECHMOFIME, etc. Taiwan Chung Hsing textile production COOPLUS series moisture wicking polyester: moisture wicking anti-pilling, anti-UV, anti-bacterial and anti-odor, heterogeneous heterofiber degree, moisture wicking black, two-color silk and other fibers.

The use of flame retardant polyester and conductive fibers interwoven to produce antistatic flame retardant fabrics; the use of flame retardant fibers and high-performance fibers for blending and interweaving, can produce high-performance flame retardant fabrics; the use of flame retardant fibers and cotton, viscose and other fibers blended to improve the comfort of protective clothing, while reducing secondary burns.

Flame retardant polyester, flame retardant polypropylene, flame retardant viscose. Which one is more effective?

Flame retardant polyester is better if it is used to make garment fabrics. Because polyester is not easy to wrinkle, high strength, good impact resistance, heat resistance, corrosion resistance, moth resistance, acid resistance is not alkali resistance, good light resistance (second only to acrylic), exposure to the sun for 1000 hours, the strength remains 60-70%, moisture absorption is very poor, dyeing difficulties, fabric easy to wash and dry, good conformability, with the characteristics of "washable".

What does flame retardant polyester staple fiber and functional fiber include?

Interference with flame chemical reaction and. Decorative items, or in the place where there is a source of fire can be slowly collected.

1、Covering effect for weaving

2、Inhibit chain reaction. Protective clothing.

3, flame retardant has: the main use.

4: the role of heat absorption, self-extinguishing after leaving the source of fire, or to increase the ignition temperature of fuel. Household goods . Ready-to-wear and minor clothing. Flame-retardant fibers do not burn easily.