Introduction Of Antibacterial And Mildew Proof Technology Of Real Silk

Anti mould and antibacterial measures in storage and storage of warehouses

Keep the warehouse environment dry, ventilated and tidy.

When silks are put into storage, check whether the bags are damaged, whether the rain is wet or the moisture in the boxes is too high.

Do not stack silks near the walls, columns, or sides of the ditches, or put them in the water leaks, so that the silk will not be exposed to the sun.

Regular warehouse disinfection, for the backlog of long finished silk products must be diligently maintained and flipped, to implement FIFO.

Fungicidal and antibacterial measures for household storage

After wearing the silk coat, it is lightly brushed and hung in the ventilating place, so as to eliminate moisture and sweat.

Silk fabrics containing oil soap and starch are moldy and should be stored after washing.

The active period of mould is mainly from April to October each year.

The containers should be sealed to prevent mold.

The room for storing silk containers is well ventilated, with low temperature and little change in temperature and humidity.

If it is suspected that the mould has been attached to silk garments, it can be washed with hot water at 60 degrees Celsius, dried after ironing, and then stored.

Present situation and development trend of mould proof and antibacterial technology for silk fabrics

At present, there are two kinds of anti mould and antibacterial techniques for textiles at home and abroad: (1) first, antibacterial fibers are made, and then all kinds of antibacterial fabrics are made; (2) the fabrics are processed by mould proof and antibacterial agents to obtain mildew proof and antibacterial properties.

Comparatively speaking, the first method is

The antibacterial effect is durable and washable, but the technology is high, difficult and involves a wide range of fields. The production process of antibacterial fiber is relatively complex, and the requirements for antimicrobial agents are high. The processing method of the second methods is relatively simple, but the three wastes in production are more, and its washability and antibacterial effect are not durable.

Because of second methods

Convenient, and a wide range of antimicrobial agents can be selected. Textiles, whether raw material, yarn or fabric or even garments, can be obtained through the finishing process to obtain antibacterial effect. Therefore, most of the antibacterial fabrics currently on sale are mostly processed.

But according to the development trend, the development of antibacterial fiber will be necessary.

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Because it is difficult to obtain antibacterial effect through fiber modification, the textile made of natural fibers is still mainly processed later.

Therefore, silk textiles are mainly treated with mould proof and antibacterial agents for post processing to obtain mildew proof and antibacterial properties.

At present, most commercially available fungicidal and antibacterial agents have problems such as poor antibacterial broad-spectrum, poor washing resistance and unreliable safety.

The development trend in the future should be the use of high safety mildew proof and antibacterial agents to treat silk fabrics, such as natural mildew resistant antibacterial agents (such as chitosan, Luo Hanbai, Artemisia argyi, Chinese cabbage, etc.) to treat silk fabrics; improve the washing resistance, durability and broad spectrum of the mould proof and antibacterial effects; develop in multi-functional directions, such as mildew resistant and antibacterial processing, combined with dyeing, flame retardant, softening finishing, resin finishing, waterproof and moisture permeable finishing, antifouling, easy washing and finishing, and anti ultraviolet finishing, so as to enhance the added value and market competitiveness of silk and meet the needs of consumers.