Introduction: Bamboo Fiber Fabric Has Good Antibacterial Properties.

。

According to the introduction, HBS uses a combination of physical, mechanical and biochemical methods to remove lignin, hemicellulose and pectin from bamboo by unique technology, and successfully extract the lignin, hemicellulose and pectin.

Supplement:

The rise of nanotechnology has had a profound impact on the pformation of the textile industry.

In recent years, functional nanomaterials such as antibacterial, deodorant, UV and self cleaning have attracted wide attention.

In addition to the novelty of functionality, it is also of great significance to develop "hygroscopic and quick drying" fabrics using nanotechnology to improve the wearing comfort of fabrics.

In addition, nano functional fabrics are also faced with a big problem in practical application, that is, the new functions that nanotechnology gives to fabrics can not be maintained for a long time, for example, washing resistance is not enough. After washing, the special functions of washing machines commonly used in people's daily life will disappear in part or all.

Developing effective methods to improve washability of nano fabrics is still a great challenge to achieve machine washability.

In natural fibers, wool is an ideal clothing material because of its light, soft and warm quality.

However, the scale structure on the surface of wool fibers makes the woollen fabrics naturally hydrophobic, impeding the ability of wool fabrics to absorb water vapor, resulting in low moisture absorption and sweat perspiration. It is very easy for people to feel hot and uncomfortable after a lot of sports.

Research and development of "moisture absorption and quick drying" wool fabric has always been a hot research topic in the industry.

Professor Tang Fangqiong, a professor of nanomaterial control and Application Research Laboratory of the Institute of physical and chemical technology, Chinese Academy of Sciences, and a team led by Professor Li Yi of the textile and clothing department of Hong Kong Polytech University jointly developed a unique nano finishing technology, and successfully developed "washable and quick drying" wool fabric with washability.

The team built a nano thin layer of spherical silica on the surface of wool fibers, and constructed super hydrophilic wool fabrics. The mechanism of hydrophobicity of wool fibers modified by nanotechnology was also discussed (Langmuir, 2010, 26, 4675 – 4679).