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Nylon 6



Polyamide (PA, commonly known as nylon) was the first resin developed for fiber by DuPont, which was industrialized in 1939.

Nylon is mainly used in synthetic fiber. Its most prominent advantage is that its wear resistance is higher than all other fibers, 10 times higher than cotton and 20 times higher than wool. When being stretched to 3-6%, the elastic recovery rate can reach 100%. It can bear thousands of twists and turns without breaking. The strength of nylon fiber is 1-2 times higher than cotton, 4-5 times higher than wool, and 3 times higher than viscose fiber.

In civil use, it can be blended or purely spun into a variety of medical and knitwear. Nylon filament is mainly used in knitting and silk industry, such as woven single silk stockings, elastic silk stockings, and other wear-resistant nylon socks, nylon gauze scarves, mosquito nets, nylon lace, nylon stretch coat, all kinds of nylon silk or interwoven silk products. Nylon staple fiber is mostly used to blend with wool or other chemical fiber wool products, to make a variety of wear resistant clothing.

In the industry field, nylon yarn is widely used to make cord, industrial cloth, cable, conveyor belt, tent, fishing net and so on.
  • Nylon 6 Chips Black

    Nylon 6 Chips Black

    The upgraded solution adopts black chips at the stage of polymerization, then goes to spin directly. Hence the color distributes much more evenly than the traditional method, which mixes black color concentrate with nylon 6 chips, preforming an unstable consistency


  • Nylon 6-Conventional Filament Nylon 6 HOY

    Nylon 6-Conventional Filament Nylon 6 HOY

    HOY (High Oriented Yarn) is an ultra-high speed spinning filament produced by one-step spinning and stretching method with performance is between FDY and POY.


  • Nylon 6 Thermal Yarn

    Nylon 6 Thermal Yarn

    By adjusting the raw material characteristics, the Nylon 6 thermal yarn has a lower melting point. When heated to a certain temperature it will soften and melt into a viscous fluid, then re-curing into a solid after cooling, hence the Nylon 6 thermal yarn has a good bonding effect with other fiber raw materials.


  • Nylon 6-Conventional Filament Nylon 6 ATY

    Nylon 6-Conventional Filament Nylon 6 ATY

    ATY (Air Textured Yarn) is driven by compressed air and makes the chemical fiber filament loose, displaced, entangled and then formed a loop knot in the nozzle. The Textured Yarn is very different from the original yarn in structure and performance.

    ATY is also called spun-like yarn. Owing to hairy feeling like natural cotton, it is also called cotton-like yarn. ATY can offer entirely different look and hand to any fabric. ATY is a yarn with zillions of small loops, which give it a distinct feeling and look.


  • Functional Nylon 6 Yarn – Nylon 6 Wicking Yarn

    Functional Nylon 6 Yarn – Nylon 6 Wicking Yarn

    With a unique spinning method, the Nylon 6 wicking yarn surface has small grooves. Liquid sweat can enter the fabric internal surface and exit to the external surface by capillary effect, then evaporate into vapor and diffuse to air rapidly. Thus it keeps skin dry and fresh.

    Wicking function is by the cross-section fibers, change the fibrous tissue structure or add hydrophilic absorbent in the fabric to enhance the rate at which the fabric absorbs sweat moisture, which makes your skin keep dry and comfortable.


  • High tenacity socks raw materials polyamide 6 monofilament yarn

    High tenacity socks raw materials polyamide 6 monofilament yarn

    Highsun Nylon-6 FDY monofilaments series owns good properties of brilliant lightness, high transparency, excellent tenacity, as well as resistance against ultraviolet light and strong durability.


  • Nylon 6-Conventional Filament Nylon 6 FDY

    Nylon 6-Conventional Filament Nylon 6 FDY

    FOY Polyester (also called Fully Drawn Yarn – FDY), is produced by a process similar to POY manufacturing except that the yarn is produced at even higher spinning speeds coupled with intermediate drawing integrated in the process itself. It’s used to manufacture textile fabrics without the need for further finishing. The strength is around 4.2cn/dtex and elongation between 44~49%.

    It can be used for both the two processes low-speed spinning and high-speed stretch winding completed on a spinning and drawing machine. FDY fabric feels soft and smooth, often used for weaving silk fabric.


  • Nylon 6 Graphene Modification

    Nylon 6 Graphene Modification

    Nylon-6 Graphene Modification Yarn adopts in-situ polymerization technology to produce fine, soft and skin-friendly graphene yarn.


  • Nylon 6-Conventional Filament Nylon 6 DTY

    Nylon 6-Conventional Filament Nylon 6 DTY

    DTY (Draw Textured Yarn) is a stretched Textured Yarn, taking POY as the raw Yarn, and is stretched, false twisted on a elasticizer simultaneously. After deforming and heat setting it presents as a crimped Yarn.

    DTY(Draw textured yarn) is a finished yarn that is continuously or simultaneously stretched and deformed on a machine. DTY yarn is mainly used in weaving & knitting of fabrics for making clothes, home furnishings, seat covers, bags and many other uses.


  • Functional Nylon 6 Yarn – Nylon 6 Cool Yarn

    Functional Nylon 6 Yarn – Nylon 6 Cool Yarn

    Highsun nylon-6 cool yarn contains natural materials with high thermal conductivity and low specific heat that makes cool effects. The cooling yarns can quickly derive the heat generated by the human body, and keep cool and comfortable for a long time.


  • stable quality polyamide 6 nylon hot melt yarn FDY for knitting

    stable quality polyamide 6 nylon hot melt yarn FDY for knitting

    By adjusting the raw material characteristics, the yarn has a lower melting point. when heated to a certain temperature it will soften and melt into a viscous fluid, then re-curing into a solid after cooling, here it has a good bonding effect with other fiber raw materials.


  • Nylon 6 Chips Raw White

    Nylon 6 Chips Raw White

    According to the different titanium dioxide (TiO2) content, it can be divided into: Bright (BR), luminous translucency, TiO2: 0%; Semi-dull (SD), milk white, TiO2: 0.3%; Full-dull (FD), beige white, TiO2: 1.6% (±0.03).


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