Quanzhou Innovative Fabrics Guide Fashion Trends

Fabric for clothing is not only face engineering, but also an important carrier of fashion and creativity. In recent years, new textile technology has springing up in Quanzhou, and new fabrics such as plant fiber have been developing vigorously. Clothing brands are becoming more and more popular. Innovative fabrics gradually start to guide fashion. Popular 。

　　 New fabric butt brand

Compared with nylon, shrex has more advantages in processing. 37% of raw materials from shrex is from non petroleum renewable resources, so it can reduce the dependence on petrochemical raw materials. And the shrew is a thermoplastic polymer that can be used for recovery. The unique molecular structure and crystalline morphology of schwartze give the fiber a unique combination of properties, with excellent comfort, elasticity and feel, and can be mixed with cotton, wool, silk and hemp.

Although the price is high, it not only provides the natural touch and drape of chemical fiber raw materials, but also overcomes the disadvantages of poor resilience of traditional spandex fabric, which provides more possibilities for fabric development, so it has been favored by LEVIS, seven wolves, Jin Ba, nine Mu Wang, Anta and other big brands, and has formed strategic alliance with Haixing company.

　　 Popular concept of low carbon environmental protection

With the improvement of people's living standard, they have higher requirements for dress, and develop towards comfort, green, health, ecology and environmental protection. The characteristics of bamboo fiber textile conform to the needs of people, which provides a good living environment for the development of bamboo fiber industry.

The preparation of qualified bamboo carbon fiber, and then through special dyeing finishing technology, can make new bamboo carbon health function. Innovative fabrics 。 The biggest difference of bamboo carbon fiber is that every bamboo carbon fiber is honeycomb like structure inside and outside. This unique innovative fiber structure design enables bamboo carbon to have 100% of its function. Bamboo carbon fiber is not only known as the antibacterial and bacteriostatic function of bamboo carbon, but also a kind of "breathing" fiber, which is breathable, breathable, soft and warm.

Bamboo carbon fiber has been widely used in the field of clothing. Many textile companies have widely used bamboo carbon fiber fabrics in underwear, socks, towels, T-Shirts, maternity clothes, pajamas, bedding and sportswear. In order to give full play to the natural and environmental friendly characteristics of bamboo carbon fiber, bamboo carbon fiber is widely used as a natural, environmental friendly and healthy new material.

　 Raw material innovation drives development

With the continuous improvement of the fashion, environmental protection and health requirements of the fabrics, the size of the fabric enterprises is small and the R & D capability is weak, which is becoming the bottleneck of the development of Quanzhou's clothing industry.

When many textile enterprises and products have entered a super homogeneous market, consumers will put forward higher expectations and requirements for products. In the traditional way, transformation becomes the core competitiveness of fabric enterprises. Industry analysis, in order to make the product possess core competitiveness and a certain market, it must rely on science and technology to rely on innovation, rely on upgrading, and create something different from others at a certain point.

It is reported that Quanzhou The textile industry is currently vigorously developing new fiber fabrics, taking high technology content as an important factor in brand development, and focusing on recycling of natural fiber resources, including in the fields of bamboo and hemp, and recycling in renewable fibers. In the past, textile enterprises usually used simple application technology innovation, but now, the development of textile materials innovation has promoted the further innovation of application technology, from the improvement of natural fiber and chemical fiber to the innovation of synthetic fiber.