1. Anti-static

Synthetic fiber fabrics make up for the shortcomings of natural fibers and are widely used, but they have poor hygroscopicity and are easy to accumulate static electricity. Textiles are prone to vacuum, dyeing, poor air permeability, and even cause electric shock and fire. Textiles with antistatic properties have emerged as the times require. There are currently two antistatic methods. One is the antistatic finishing of the fabric, which uses an antistatic finishing agent to introduce a hydrophilic film on the surface of the fiber, thereby improving the hygroscopicity of the fabric and reducing the coefficient of friction and surface specific resistance. The second is to make conductive fibers into conductive fibers, which are then woven into fabrics. Antistatic fabrics have been widely used in bedding, curtains and other home textile products.

2. Antibacterial properties

With the continuous improvement of people's living standards, people pay more and more attention to health, and the finished products of antibacterial functional textiles have gradually received attention. With the development of science and technology, they are widely and deeply integrated into the details of our lives. Textiles and household items made of anti-mite and antibacterial fibers can inhibit and repel mites, effectively prevent the occurrence of skin diseases related to dust mites, and can also be antibacterial and inhibit the reproduction of bacteria, thereby improving our living environment.

Antibacterial home textiles are made by coating or resin treatment of fabrics, a technique commonly used in natural pure textiles. Antibacterial agents can also be added to the fiber stock solution for blending, or ordinary fibers can be grafted with antibacterial agents to obtain antibacterial fibers, and then the antibacterial fibers can be woven into antibacterial home textiles.

Antibacterial products include bedding, cotton wool, bed sheets, towels, towel quilts, cotton blankets, carpets, bathrobes, dishcloths, sand cloths, wall coverings, mops, tablecloths, napkins, shower curtains, etc.

3. Anti-radiation

Prolonged exposure to ultraviolet rays can cause dermatitis, hyperpigmentation, accelerated skin aging, and even cancer. Making textiles UV-resistant can reduce damage. Anti-ultraviolet fiber is an anti-ultraviolet fiber made by melt spinning of ultraviolet shielding agent.

4. Pattern structure

At present, the more popular fabric patterns are processed by jacquard, printing, embroidery, planting, embossing, cutting, grinding, baking, spraying, decals, grinding and other processes. The commercial value of printed fabrics depends on the design and effect of the printed pattern.

The printing process includes coating, gold and silver thread, pad dyeing, etc., combined with the jacquard process, to create rich visual effects. In the design style of fabrics, we constantly make breakthroughs in the design methods of styles, patterns and colors, strive for new features of fashion and popularity, and pay attention to the ingenious combination of various styles to reflect a variety of styles.

5. Science and Technology

People's requirements for textiles have gradually extended from soft and comfortable, hygroscopic air, weatherproof, mildew-proof, deodorant, anti-ultraviolet, anti-radiation, flame retardant, anti-static, health care and other functions. Functional home textiles refer to products with safety, comfort, hygiene and other functions, mainly with health care functions, such as antibacterial, deodorant, anti-mite products, dormitory healthy sleep products, etc.