FH49F-96S-0.4SHW

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FH49F-96S-0.4SHW, also known as S type polyester fiber, belongs to a kind of specialty synthetic fiber. It was especially designed and used for man-made material, with small and medium-sized short fibers. Most man-made products like ropes, nets, fabrics, non-woven fabrics, etc., all utilizes S type polyester fiber in their production.

The application field of this fiber is vast and ranges from rope and fabric weaving, industrial applications, home decoration, automobile tire manufacturing, insulation materials production, to filter cloth, handicraft weaving, and many other aspects.

In regards to its working principle, FH49F-96S-0.4SHW is a high-density fiber consisting of several small and uniform filaments. It has a high coefficient of friction, which helps to enhance adhesion between the fibers and also form a strong binding. Furthermore, its elasticity helps bond multiple small fibers together, which creates a superior binding effect.

In addition, this form of fiber also has excellent hygroscopicity and a very high breaking strength. The hygroscopicity will help absorb any seepage or moisture present in the environment, and the high breaking strength will ensure longer life and durability. As a result, these properties make FH49F-96S-0.4SHW ideal for use in the production of man-made materials.

Moreover, FH49F-96S-0.4SHW offers several other advantages when used in man-made materials production, including greater flame resistance, good moisture-absorbing capacity, quick-drying property, superior heat-resisting ability, and superior ductility. These features contribute to the lightweight, flexible, and durable nature of FH49F-96S-0.4SHW.

In conclusion, FH49F-96S-0.4SHW is an excellent choice for man-made materials production. Its high coefficient of friction, elasticity, excellent hygroscopicity, and high breaking strength make it an ideal material for various applications. Furthermore, its flame resistance, quick-drying property, superior heat-resisting ability, and superior ductility all contribute to the production of durable and lightweight products. As a result, it is an ideal choice for a wide range of man-made material production.

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