Rapidly changing situation in the textile industry, the pace of structural adjustment and industry to speed up transformation and upgrading. In Xinjiang and other western cotton production and the impact of rapid growth in imports of yarn, the Mainland enterprises to upgrade the product all the more urgent, and increase the proportion of differentiated products to enhance the quality of product differentiation and market share is a Mainland enterprise transformation Important ways, so many new fibers have become the market darling. Vinegar fiber Vinegar is a green fiber Jilin Chemical Fiber Group uses a unique "brewing" process, the organic combination of natural and synthetic macromolecules plant elements, develop environmentally friendly fashion, warm and comfortable new fiber textile materials. Compared with cashmere, vinegar green fiber has lower density, lighter and warmer, and has anti-pilling and antistatic properties that cashmere can't match. Using new technology and equipment, special production process, a natural cellulose fiber composite to polyacrylonitrile. The fiber has the characteristics of both natural fiber and synthetic fiber; by adjusting the ratio of natural cellulose to polyacrylonitrile, it can impart different characteristics to the fiber; Features: fluffy, soft, warm, antistatic, anti-pilling; use: suitable for underwear , socks, high-end scarves, etc. Graphene fiber Graphene fiber is a new type of carbon fiber developed from natural graphite in 2011. The liquid crystal liquid of graphene or functionalized graphene nanosheets is assembled by wet spinning one-dimensional order. Graphene fiber has good mechanical properties, electrical properties and thermal conductivity, and can be used in the fields of conductive fabrics, heat dissipation, energy storage and the like. The introduction of other substances into the graphene fiber can also obtain a graphene composite fiber with a specific function, such as adding a polymer to the graphene fiber to obtain a graphene-like shell fiber with excellent structure and good mechanical properties; adding magnetic nanoparticles to obtain magnetic graphite Alkene composite fiber; adding Ag nanowires to obtain highly conductive graphene composite fibers. The good flexibility of graphene fibers makes them useful in the field of flexible devices such as flexible supercapacitors. Nanoscale graphene oxide sheets can be spun into macroscopic graphene fibers up to several meters. The prepared fiber not only has high strength but also good toughness, and can be knotted or woven into a conductive mat. Such fibers may be a key material for achieving the use of graphene in real-life devices such as flexible batteries and solar cells. Dralon fiber Dralon ultra-fine, profiled acrylic fiber is a new concept of textile raw materials. Dralon's fine-denier shaped acrylic fiber is derived from the German dry-spinning technology. The fiber has a cross-section of dumbbell (dog bone) shape, and there are few micropores on the surface and inside of the fiber. The fiber fineness ranges from 0.6 dtex to 0.9 dtex. The dralon ultra-fine acrylic fiber has a groove on the surface and a dumbbell-shaped cross section, which makes the fiber feel soft and cool, covering well, fluffy and full, water-transfer strong, dry and breathable, comfortable to wear, easy to dye, bright color and elegant gloss. It is like cashmere, anti-sun, good weather resistance and mildew proof. The textiles of dralon fine-denier shaped acrylic fiber are widely used in the fields of underwear, shirts and home textiles, and the market development prospects are very promising. According to monitoring, this year, Dralon fiber purchases are larger, and downstream demand has increased significantly. Yasser fiber Yasser is a new type of strong bio-based fiber product, made of 100% pure wood pulp. It has the advantages of high strength, low elongation and super softness. It is widely used in clothing, denim, underwear, home textile, medical and health fields. . Yasser's raw materials come from pure natural wood pulp, which is 100% degradable and has a low load on the natural environment. The product has top-grade fiber strength, and its dry breaking strength and wet modulus are increased by about 40% compared with ordinary bio-based short fibers, which can optimize the durability of textiles and reduce the probability of raising and pilling. At the same time, the product has a lower elongation than conventional products, reducing fabric deformation and having better dimensional stability. In addition, Yasser also has higher dye uptake, better dye uniformity, and more excellent finished color fastness. After Ya Saier and cotton, polyester and other fibers blended water-stained color fastness up to 4-5. Ya Saier fiber were obtained ISO9001: 2008 quality management system certification, ISO14001 environmental management certification system certification, OEKO-TEXSTANDARD100 Confidence in textiles tested for harmful substances Certification, won the 2014 China Textile Industry Association Product Development Contribution Award, 2015/2016 China Fiber The trend is "soft fiber" title. Copper ammonia fiber Copper ammonia fiber is a regenerated cellulose fiber. The copper-ammonia fiber has a circular cross section and no sheath core structure. The fiber can withstand high tensile strength, and the obtained monofilament is fine, so the fabric is soft to the touch, soft in gloss and silky. Cuprammonium and viscose fibers close hygroscopicity, which moisture regain of 11%, under normal atmospheric conditions, can reach 12% moisture regain --13% in the same dyeing conditions, dyeing affinity than cupra Viscose fibers are large and darker in color. The dry strength of copper ammonia fiber is close to that of viscose fiber, but the wet strength is higher than that of viscose fiber, and the abrasion resistance is better than viscose fiber. Due to the softness of the fibers and the good luster, it is commonly used as a high-grade silk or knit fabric. Its performance is excellent, hygroscopicity is good, it is very drape, and its taking performance is similar to silk , which is in line with the trend of environmental protection. According to monitoring, although the copper ammonia fiber has been on the market for many years, the downstream demand market is hot this year. Zhudale fiber Bamboodale fiber uses bamboo as raw material to produce fiber pulp from bamboo. Zhudaier fiber is a kind of degradable fiber which inherits the excellent characteristics of bamboo fiber, which is antibacterial, anti-mite and moisture-absorbing. Zhudaier fiber has uniform and stable length, fine fiber fineness, high dry strength and uniformity, small dry strength variation, high wet strength, 50% dry strength, and far superior performance to ordinary fiber. Good spinnability and weavability. And its fineness is finer, it is more suitable for spinning finer yarns, good length and fineness, ensuring good yarn strength and uniformity of yarn. Zhudale fiber is very suitable for textile underwear. The antibacterial properties of Zhudale can effectively inhibit the growth of bacteria and resist repeated washing, which can help prevent infectious diseases. The woven fabric has a silky feel and is suitable for the skin. It is suitable for towels, bedding and other fields. The fabric of the woven fabric of the dynasty fiber has good drape and moisture wicking. It is suitable for the leisure sportswear field and will perfectly meet the needs of comfortable and leisure sports. . Coffee charcoal fiber Coffee charcoal polyester fiber is made of the latest nanotechnology, using waste coffee grounds for high-temperature calcination micro-pulverization, special coffee charcoal polyester masterbatch, and designing special spinneret to solve drying, spinning and drawing. the key production technology and develop a multi-functional coffee polyester fiber with independent intellectual property rights. Coffee carbon fiber clothing, with natural and environmentally friendly characteristics, feels smooth, soft and comfortable to touch, good drape, soft color, and has excellent deodorization, warming, moisture absorption, far infrared, negative ions and other functions to meet consumers. The demand for environmental protection, health, comfort and function of textiles has been well received by consumers since the market was launched. Antibacterial fiber Antibacterial fiber (silver fiber, copper fiber, Fu Ti Kang fiber, etc.) can be widely used in home textile products, underwear, sweatshirts, etc., especially for elderly, maternal and infant clothing. The clothes made of such fibers have excellent antibacterial properties and are resistant to the adhesion of bacteria on the clothes, thereby keeping people away from pathogenic bacteria. At present, the antibacterial fibers that are quite popular in the world are silver-based antibacterial fibers and copper-based antibacterial fibers. Silver fiber is a high-tech product obtained by permanently bonding a layer of pure silver to the surface of the fiber through special techniques. This structure allows the silver fiber to maintain the original textile properties, and has four functions: anti-electromagnetic radiation, antibacterial deodorization, elimination of static electricity and promotion of blood circulation (maintaining health), and regulation of body temperature (warm winter and cool summer). Widely used in: maternity clothing, health clothing, sportswear, medical surgical gowns, shielding clothing silver fiber special fabrics, can be equipped with special forces supplies. Copper fiber is also called Kapron copper ion fiber. It is grafted copolymerization technology on the side chain of acrylic macromolecule, grafted with organic copper chain and high hydrophilic group, and then wet spinning technology. A new type of acrylic fiber. Kapron copper ion fiber not only has strong and long-lasting antibacterial, deodorizing and self-cleaning functions, but also has good hydrophilicity and fabric comfort (fiber moisture regain > 8%). In the detection of professional institutions, the sterilization rate of Kaplon copper ion fiber against Staphylococcus aureus, Candida albicans and Escherichia coli is about 99%, reaching the highest AAA standard in the national textile industry; in practical application, only 5 After 50 times of repeated washing of copper ion fiber blended yarn, the antibacterial rate of the copper ion fiber blended yarn reached the highest AAA level of antibacterial; the deodorization rate of ammonia, acetic acid and isovaleric acid in the fabric containing 5% copper ion fiber above 95. Kapron copper ion fiber is widely used in underwear, socks, towels, sportswear, bedding, etc., and has potential in medical applications. Kang Fu titanium composite fiber using a variety of long-lasting antimicrobial material, and sintering the composite nano material processing, combines advanced spinning process from the system. According to the inspection of authoritative departments, the bactericidal rate of Fu Ti Kang fiber to Staphylococcus aureus, Candida albicans and Escherichia coli is about 99%, reaching the highest AAA standard in the national textile industry; it can simultaneously fight fungi, mold and bacteria. Fu Ti Kang fiber application: Because Fu Ti Kang fiber is non-toxic and harmless, and has excellent antibacterial, deodorizing, self-cleaning and other functions, it can be used not only in clothing and shoes, home textiles, cosmetics, but also in automotive aircraft. all areas of textiles and other industrial fabrics. Cool, warm fiber Cool fiber is a new cooling heat fibers, the fibers cool cooling performance is modified by synthetic or textile design, etc. generated after the finishing so that sweat quickly migrate to the fabric surface and divergence, to achieve the moisture, The purpose of dissipating heat and keeping the skin dry is to include fibers made of cool yarn as moisture wicking yarn. Warm fiber adopts fiber processing technology, introduces natural ecological carbonization functional materials, realizes heat absorption, heat storage and warmth, helps to maintain the temperature of the human body, brings warmth and care to people in the cold winter, and creates a warm and comfortable living mood. In line with the concept of energy saving and low carbon. Warm fiber is divided into fluffy warm fiber and heat storage and warm fiber. The fluffy warm fiber is designed by spinneret and spinning process to produce fibers with coherent cavities, which enrich the fiber with a large amount of trapped air that does not convect, and reduce heat conduction, thereby achieving warmth. The heat storage and warm fiber is injected into the masterbatch melt by the master batch injection system on the melt direct spinning pipeline, and is mixed by a special dynamic and static mixer, and the far infrared absorbing material uniformly penetrates into the fiber molecule (amorphous region), and can be low temperature. Radiation of far infrared rays, the rays returning to the human body can play a role in heat preservation. Raw liquid coloring fiber The raw liquid coloring fiber is an anhydrous dyeing process in which no waste water is produced during the spinning process. The raw liquid coloring fiber is an ideal raw material for color spinning because it no longer needs the dyeing of the back channel, and meets the requirements of the development of the circular economy. The main advantages of the raw liquid coloring fiber are: 1. Healthy fiber: The inorganic mineral material is added instead of the chemical dye. 2, good color fastness: the pigment and fiber are tightly combined and the color fastness is good. 3, friendly to the environment: contrast dyeing, can reduce pollution caused by dyeing and finishing. Shaoxing Haisa Textile And Garment Co.,Ltd , https://www.haisafashiones.com