Flame-retardant polyester is permanently flame-retardant – most of the fibers in simulated fabrics are various chemical fibers

Flame-retardant polyester is permanently flame-retardant – most of the fibers in simulated fabrics are various chemical fibers

Flame-retardant polyester is permanently flame-retardant. The application prospects will be very broad. It is understood that flame-retardant polyester has a wide range of applications. In addition to playing an irreplaceable role in industrial textiles, building interior decoration, vehicle interior decoration, etc., it also plays a lot of roles in the field of protective clothing. Flame-retardant fabric production The flame retardant protective clothing has excellent washing resistance, is non-toxic, odorless and non-irritating, safe and reliable for the human body, breathable and moisture-permeable, soft to the touch and comfortable to wear.

Natural fiber has health, comfort and environmental protection properties, but lacks functionality and safety. The newly developed chemical fiber simulation fiber can achieve the appearance, health and comfort of natural fiber, while also achieving functionality, safety and safety. Environmentally friendly, it can look natural and be better than nature. The main characteristics of simulated fabrics are as follows:

1. Fine-denier and ultra-fine-denier polyester differential fibers – worsted wool-like fabrics, ultra-high-density fabrics, waterproof and oil-proof, high-performance cleaning cloths, etc.

2. Differentiated nylon – making imitation Angora, imitation wool and other rough fabrics, and some imitation silk fabrics.

3. Sea-island type ultra-fine composite fiber – it is composed of two thermodynamically incompatible components: sea and island. Currently, the island component is PET or PA, and the sea component is COPET, PE, PA, PS and soluble PET, etc. Currently, the main production of island microfibers is PET/COPET, PA/COPET and PA/PET. PET/COPET produces filaments and is mainly used to make deerskin-like textile fabrics, while PA/COPET or PET is short fiber and is mainly used to make synthetic leather base fabrics.

4. Moisture-absorbing and sweat-wicking fiber (modified polyester) – has a high specific surface area, numerous microporous grooves on the surface, and a special cross-section shape. Using the capillary effect, the fiber has wicking properties. It can quickly evaporate the moisture or sweat on the skin surface through diffusion and transfer to the outer layer of the fiber. It is suitable for sportswear. This moisture-absorbing and sweat-wicking polyester fiber has attracted the attention of the textile industry in recent years, and new high-end products have been continuously developed, such as: DuPont’s coolmaxAlta, Toyobo’s TRIACTOR, EKSILIVE, Kurashiki Rayon’s PANAPACDQV, Taiwan Zhongxing’s COOLPLUS, and Far Eastern Corporation TOPCOOL hero company TECHMOFIME, etc. The COOPLUS series of moisture-wicking polyester produced by Taiwan Zhongxing Textile: moisture-wicking, anti-pilling, anti-ultraviolet, antibacterial and deodorant, special-shaped and different fiber sizes, moisture-wicking black, two-color silk and other fibers.

Using flame-retardant polyester interwoven with conductive fibers to produce anti- Static flame-retardant fabrics; flame-retardant fibers and high-performance fibers are blended and interwoven to produce high-performance flame-retardant fabrics; flame-retardant fibers are blended with cotton, viscose and other fibers to improve the comfort of protective clothing while reducing secondary emissions. burns.

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