1. Lyocell fibre
Made from natural wood pulp as raw material, it is produced by dissolving and spinning in environmentally friendly solvents. The product is non-toxic and harmless, with a solvent recovery rate as high as 99%, and can be biodegraded after use. Combining the comfort of natural fibers with the strength of synthetic fibers, it has strong air and moisture permeability and is suitable for high-end fashion fabrics .
2. Island fiber
It belongs to ultra-fine denier fibers and is produced by composite spinning technology. The surface fiber effect is maximized and the texture is similar to artificial leather. High softness, good elasticity, antibacterial and antifungal, widely used in clothing (such as trench coats, women's skirts) and household items (bags, curtains), with excellent anti-wrinkle performance .
3. Modal fiber
Derived from camphor wood pulp, it is produced pollution-free and combines the softness of cotton, the luster of silk and the smoothness of linen. It has better water absorption and breathability than cotton, stable size and bright color after multiple washes. Derived from nature and biodegradable, embodying the characteristics of green regeneration .
4. Acetate fiber
Semi synthetic fibers made from natural wood pulp as raw material, with stable size, luster like silk, and cool touch; Strong blending ability, can be interwoven with polyester, cotton, etc., used for high-end clothing such as evening wear and seamless bras, reducing resource consumption.
5. Soy protein fiber
Developed independently in China, it is transformed from soybean flour and is known as "artificial cashmere"; Fine fineness, light specific gravity, acid and alkali resistance, combined with cashmere texture and warmth, it is a representative of textile innovation.
6. Polylactic acid fiber (PLA, corn fiber)
Extracted from corn or wheat, it is completely biodegradable and the waste is rapidly decomposed in nature; Lightweight and UV resistant, suitable for sports and leisure clothing as well as home textile products, reducing carbon footprint.
7. Regenerated cellulose fibers (such as Shousai fibers)
Lonic liquid closed-loop production with a solvent recovery rate of 99%, combined with natural fiber comfort and synthetic fiber strength; Realize the industrialization of thousands of tons and promote the development of low-carbon textiles.
8. Nanocellulose composite materials
Made from waste such as straw and fallen leaves through high-value utilization technology; The tensile strength reaches 1.2GPa, used for packaging materials and reinforced textiles to achieve resource recycling.
9. Carbon fiber
Adopting a thousand ton production line (such as JCTX300E), optimizing the pre oxidation furnace and carbonization process, and reducing energy consumption; Used for high-performance fabrics to enhance industry sophistication and sustainability.
10. Aerogel textiles
The density is only 0.03g/cm ³, using cellulose as the substrate to replace traditional insulation materials; Wide temperature resistance range (-20~60 ℃), used in buildings and functional clothing to reduce energy consumption.