As people’s awareness of environmental protection and health care increases, people’s pursuit of health and quality of life is getting higher and higher, and the demand for fabrics with multiple health care functions in health-care clothing is also increasing. The editor introduces several new textile fibers.
Coconut charcoal fiber
Coconut charcoal fiber is an environmentally friendly fiber. It heats the fiber of coconut shell to 1200℃ to generate activated carbon, and then Mix it with polyester and add other chemicals to make coconut charcoal masterbatch, and dilute it with polyester as a carrier to extract coconut charcoal long fiber and short fiber. Coconut charcoal fiber has become a new member of the environmentally friendly and health-care fiber family.
Because coconut charcoal fiber contains coconut charcoal particles, it remains active after being made into clothing, and has health-care effects on the human body such as activating cells, purifying blood, eliminating fatigue, and improving allergic constitution; the special-shaped three-leaf structure makes Coconut charcoal fiber has extremely strong adsorption capacity, and the final product can absorb and deodorize chemical gases such as human body odor, oil smoke, toluene, ammonia, etc.; the far-infrared ray release rate of coconut charcoal fiber is as high as over 90%, which can promote blood circulation and Improve the human body environment; the coconut charcoal in the fiber forms a porous and water-permeable surface, which can quickly absorb a large amount of moisture, quickly diffuse and evaporate, ensuring a dry and breathable effect, giving people a warm and comfortable environment and a feeling of taking it.
The fabric is made of coconut charcoal fiber. The fiber contains coconut charcoal particles, which remain active after being made into clothing. The coconut charcoal in the fiber forms a porous and water-permeable surface that can absorb odors. It has health-care functions such as moisture-proof, deodorizing, and UV protection.
Massel fiber
Massel fiber is a new type, healthy, fashionable, green and environmentally friendly, and can breathe naturally of ecological textile fibers.
Maser fiber is a new type of cellulose fiber made by processing the natural plant fiber jute. This fiber is produced using a special process. In addition to maintaining the original antibacterial and mildew-proof, moisture-absorbing, breathable and dehumidifying properties of natural hemp fiber, it also has the advantage that the fineness and length can be adjusted according to textile needs and has good drape. Due to the unique cross-sectional shape of this fiber, the fabric has the characteristics of smooth, fine, soft, bright color, plump and smooth fabric structure.
Air conditioning fiber
Air conditioning fiber technology was developed by NASA for the moon landing program. The purpose was to make lunar landing clothing for astronauts, including gloves, socks, underwear, etc., and later developed into general clothing, especially outdoor clothing, including ski shirts, pants, sweaters, etc.
Air-conditioning fiber is a new type of “smart” fiber that was successfully developed in 1988. It was first used for commercial purposes in 1994 and in outdoor clothing in 1997. It is now widely used in fashion and bedding. Air-conditioning fiber technology is mainly used in acrylic fiber, with a length of 51 mm, ranging from 60 mm to 1lO mm, and can be used for loose fibers and tops. The principle of air-conditioning fiber: using the heat absorption and heat release functions produced by the phase change of objects. For example, when water turns into water vapor, it will definitely absorb heat. We call it a phase change reaction.
For example: 0utlast and China’s Onwent and other air-conditioning fibers used by American aerospace technology use solid-liquid transformation to achieve the functions of absorbing and releasing heat. In the fiber production process, PCM ( Nanocapsules) are implanted into the fiber. When the temperature reaches a certain value, the capsule undergoes a physical transformation (solid-liquid) to achieve the functions of absorbing and releasing heat.
Bamboo charcoal fiber
Bamboo charcoal has the reputation of “black diamond” and is known internationally as “the new environmental protection fiber in the 21st century”. Guardian”. It takes moso bamboo as raw material and adopts a new calcination process and new technology of pure oxygen high temperature and nitrogen barrier delay to make the micropores inherent in bamboo charcoal more refined and honeycombed, and then combined with the polymer with a tendency of honeycomb micropore structure. Made from melt spinning of ester modified chips. The most distinctive feature of this fiber is that each bamboo charcoal fiber has a honeycomb microporous structure that penetrates both inside and outside. This unique fiber structure design can bring out 100% of the functions of bamboo charcoal. The birth of this multi-functional bamboo charcoal fiber is a revolutionary innovation of multi-functional textile raw materials.
Cupramine fiber
Cupramine fiber is a regenerated cellulose fiber. Natural cellulose raw materials such as cotton linters are dissolved in a concentrated ammonia solution of copper hydroxide or alkaline copper salt to prepare a spinning liquid. In the coagulation bath, the cuprammonium cellulose molecular chemical decomposes and regenerates cellulose, resulting in Cuprammonium fiber can be obtained from hydrated cellulose after post-processing. The cross-section of cupro fiber is round and has no sheath-core structure. The fiber can withstand a high degree of stretching. The resulting monofilament is thin, so the fabric feels soft, has a soft luster, and has a silk feel. The hygroscopicity of cupro fiber is close to that of viscose fiber, and its official moisture regain is 11%. Under normal atmospheric conditions, the moisture regain can reach 12% to 13%. Under the same dyeing conditions,The dyeing affinity of ammonia fiber is greater than that of viscose fiber, and the color is darker. The dry strength of cupro fiber is close to that of viscose fiber, but its wet strength is higher than viscose fiber, and its wear resistance is also better than viscose fiber. Because the fiber is soft and has suitable luster, it is often used as high-grade silk or knitted fabrics. Its wearing performance is relatively good, with good hygroscopicity and great drape. Its wearing performance is similar to that of silk, which is in line with the trend of environmentally friendly clothing.
Rare earth luminous fiber
Rare earth luminous fiber is a new functional and environmentally friendly material made of rare earth luminescent materials. The fiber is based on spinning raw materials, uses long afterglow rare earth aluminate luminescent materials, and is made into luminous fiber through special spinning. The luminous fiber absorbs visible light for 10 minutes, stores the light energy in the fiber, and continues to emit light for more than 10 hours in the dark. When illuminated, luminous fibers show various colors, such as red, yellow, green, blue, etc. In the dark, luminous fibers emit various colors of light, such as red light, yellow light, blue light, green light, etc. Luminous fiber is colorful and does not require dyeing. It is an environmentally friendly and efficient high-tech product.
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