Do you know the characteristics and uses of home textile fabrics with different functions?
Source：Chuzhou Seeker Solution Dyed Co.,Ltd Release time：2021-06-24 14:24:08 Author：1490
1. Antistatic
Synthetic fiber fabrics make up for the shortage of natural fibers and are used in large quantities, but they have poor hygroscopicity and are easy to accumulate static electricity. Textiles are easy to absorb dust, contaminate, have poor air permeability, and can even cause electric shocks and cause fires. Antistatic textile fabrics came into being. At present, there are two antistatic methods. One is to carry out antistatic finishing to the fabric, using an antistatic finishing agent to introduce a layer of hydrophilic film on the surface of the fiber, thereby improving the moisture absorption of the fabric, reducing the coefficient of friction and surface specific resistance. The second is to first make the fibers into conductive fibers, and then weave the conductive fibers into fabrics. Antistatic textile fabrics have been well used in home textile products such as bedding and curtains.
2. Antibacterial
With the continuous improvement of people's living standards, people pay more and more attention to health, and the products made of antibacterial functional textile fabrics are gradually being valued by people, and 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 anti-bacterial fibers can inhibit mites and repel mites, effectively prevent the occurrence of dust mites-related skin diseases, and can also prevent bacteria and inhibit the reproduction of bacteria, thereby improving our living environment.
Antibacterial home textiles are obtained by coating or resin treatment on the fabric, and natural pure textiles are commonly used in this finishing technology. It is also possible to add the antibacterial agent to the fiber stock solution for blending and spinning, or to graft common fibers with an antibacterial agent to prepare antibacterial fibers, and then weave the antibacterial fibers to obtain antibacterial home textiles.
Antibacterial products include bedding, cotton wool, bed sheets, towels, towel quilts, cotton blankets, carpets, bathrobes, rags, sofas, wall coverings, mops, tablecloths, napkins, shower curtains, etc.
Three, anti-ultraviolet
Exposure to ultraviolet rays for a long time will cause dermatitis, pigmentation, accelerated skin aging, and even cancer. The textiles are made into UV-resistant textiles, so that the damage will be reduced. The anti-ultraviolet fiber is made by melt-spinning an ultraviolet shielding agent into an anti-ultraviolet fiber. The matrix is composed of synthetic fibers or artificial fibers, and the shielding rate of ultraviolet rays is above 95%. It is suitable for making curtains and other household anti-ultraviolet textiles.
Synthetic fiber fabrics make up for the shortage of natural fibers and are used in large quantities, but they have poor hygroscopicity and are easy to accumulate static electricity. Textiles are easy to absorb dust, contaminate, have poor air permeability, and can even cause electric shocks and cause fires. Antistatic textile fabrics came into being. At present, there are two antistatic methods. One is to carry out antistatic finishing to the fabric, using an antistatic finishing agent to introduce a layer of hydrophilic film on the surface of the fiber, thereby improving the moisture absorption of the fabric, reducing the coefficient of friction and surface specific resistance. The second is to first make the fibers into conductive fibers, and then weave the conductive fibers into fabrics. Antistatic textile fabrics have been well used in home textile products such as bedding and curtains.
2. Antibacterial
With the continuous improvement of people's living standards, people pay more and more attention to health, and the products made of antibacterial functional textile fabrics are gradually being valued by people, and 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 anti-bacterial fibers can inhibit mites and repel mites, effectively prevent the occurrence of dust mites-related skin diseases, and can also prevent bacteria and inhibit the reproduction of bacteria, thereby improving our living environment.
Antibacterial home textiles are obtained by coating or resin treatment on the fabric, and natural pure textiles are commonly used in this finishing technology. It is also possible to add the antibacterial agent to the fiber stock solution for blending and spinning, or to graft common fibers with an antibacterial agent to prepare antibacterial fibers, and then weave the antibacterial fibers to obtain antibacterial home textiles.
Antibacterial products include bedding, cotton wool, bed sheets, towels, towel quilts, cotton blankets, carpets, bathrobes, rags, sofas, wall coverings, mops, tablecloths, napkins, shower curtains, etc.
Three, anti-ultraviolet
Exposure to ultraviolet rays for a long time will cause dermatitis, pigmentation, accelerated skin aging, and even cancer. The textiles are made into UV-resistant textiles, so that the damage will be reduced. The anti-ultraviolet fiber is made by melt-spinning an ultraviolet shielding agent into an anti-ultraviolet fiber. The matrix is composed of synthetic fibers or artificial fibers, and the shielding rate of ultraviolet rays is above 95%. It is suitable for making curtains and other household anti-ultraviolet textiles.
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