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In recent years, Quanzhou textile and garment industry has started using ribbon and other materials to make clothing, and actively develop preventable pm2.5 (air diameter less than, equal to 2.5 micron particles) or bacterial clothing materials.
Ribbon Apparel achieve competitive differentiation
Reporters in Shishi company's showroom to see, there are a number of different series cloth ribbon products, nylon, polyester, etc., with a ribbon made of cloth sofa, pillow, casual shoes, hats, handbags, carpets and other product range, simple fashion .
Assistant to the chairman of the company, according to Lin Ye introduction, ribbon fabric is bamboo as raw material, through a special high-tech process to extract bamboo cellulose, recycled fiber by glue, made of spinning processes. Due to application of various types of bamboo grown without chemical fertilizers, which itself can produce negative ions, and a pest control antimicrobial resistance, thus avoiding all kinds of pollution. Ribbon cloth used to make t-shirts, underwear, halter top, storage box, a family of four in bed, baby clothes, maternity, shopping bags, shoes, clothes and so on.
He said the company launched the ribbon fabric products, in order to comply with the international textile and clothing & ldquo; fast fashion & rdquo; rhythm. So doing we can enrich the product categories, leading innovation in the fashion industry association, aesthetic, but also realized the difference between the path of development, not on price, but to lead the market with innovative products, increase the added value.
R & D can pm2.5 protective clothing
In many parts of the country have suffered the impact of haze, a company's R & D department of Fujian Vice Renweiwei said that currently deal with haze, most people just do your nose and mouth guard, but ignored the skin is a respiratory system, skin is more exposed easy to absorb these harmful particles. To this end, the company will be renewable, biodegradable fabric and protective clothing pm2.5 included corporate R & D projects, trying to improve the angle of textile technology, can produce harmful haze particles isolated from the outside of the body clothing.
& ldquo; We from three aspects to consider. The first is an increase in the surface of the fabric like velvet fibers, these fibers can be & lsquo; catch & rsquo; large particles of harmful substances, forming a first layer of protection; the second is to increase the density of the fibers under the velvet-like fabric weaving, and further isolated small particulate matter, as a second layer of protection; in addition, is the key parts of the clothes cuffs, collar and so do some special design, such as adding a dark button, the maximum possible reduction of harmful particles invasion. & rdquo; Wei Wei said that at present the project is working with the material, Donghua University, entered the academic discussion stage.
antibacterial nano breakthrough
New antibacterial Quanzhou textile sector is the main object of concern. On the ribbon can be antibacterial, a city developed a textile company & ldquo; long-term antimicrobial silver ion fabric & rdquo; and other new fabrics, adding silver nanomaterials in spinning, making this fabric to maintain long-term antimicrobial effectiveness. Fabric responsible person, in the past a lot of fabric antibacterial effect is achieved by additives to achieve, clothes wash several times antibacterial effect was not so good, and now through sterilization mechanism of silver ions developed about the company's product development department, the applicability to higher.
Wei Wei said that in recent years, with the outdoor, sports apparel market demand surge, the company developed a lot of their functional fabrics, including ultra-thin, radiation protection, waterproof, breathable, thermal fabric, Icy fabrics, camouflage fabrics and so on. & ldquo; clothing recycling has become a worldwide problem, in addition to some is recycled, the large number of clothing mostly through incineration. Therefore, finding a renewable, biodegradable fabric became an industry research