Hygienic Function Of Flax Fiber

< p > here, we want to introduce the unique health quality of < a href= "//www.sjfzxm.com/news/index_c.asp" > flax fiber < /a >.

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< p > 1, flax fiber's amazing moisture absorption and dispersing capacity is the first basis of its hygienic function.

Why is it comfortable and cool to wear linen clothing in summer and feel warm in winter? Why is flax less than a href= "//www.sjfzxm.com/business/" > decoration > /a? It can adjust the environment, mainly because of the unique pport capacity of flax fiber.

Flax is a single year old herb with fine fiber flax. Its diameter is less than 2 millimeters, and its stem length can be more than 1 meters.

In order to maintain its life and absorb and pport a large amount of water during the growth period, flax fiber occupies 20% place in the cortex of hemp and is the main component of pporting water.

Because thin and long flax has great surface area and large water requirement, the Soviet test data show that every 1 kilograms of flax plants grow 470 kilograms of water, and in a short 30-40 days of growth.

In order to survive with the natural struggle, flax fibers are uniquely equipped to absorb moisture and pport water several times more than other fibers.

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< p > 2, the low static and low magnetic effect of flax fiber is another basic quality to give its textile excellent hygienic function.

Maybe it's 10 times smaller than hemp.

Recently, Chinese Academy of textiles and Beijing Institute of labour protection also found that the amount of static electricity produced by friction between wool, linen and cotton fibers in air is the lowest in linen, seven times higher than that in cotton.

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< p > 3, flax fiber is straight and smooth, and it is more than 50 times of magnifying projection, it is like a bamboo with a knot, no distortion of cotton and wool fibers.

This characteristic, though it has made it lose its elasticity and easy to wrinkle, but with its straight, smooth fiber structure, it makes it difficult to avoid the dust and dirt which are accumulated.

As a supplement to low static electricity in hygienic performance.

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< p > 4, fiber surface gloss.

The linen fiber has five corners and a natural luster.

This is to adapt to the growth environment, it can not only reduce the radiation heat damage when the sun is too strong, but also get the sun's heat properly.

This kind of natural luster on the surface can protect the skin when it is dressed, and it can also help the body adjust the environmental impact.

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< p > 5, the technological characteristics caused by the nature of linen fibers.

The fineness of flax fiber is as high as 4500-7500 branches, (9000 references in the literature). It is not only more than several times that of the famous Ramie (1500-2000 branches) in China, but also finer than cotton, but because the average length is only about 20 millimeters, it has to be spun by bundles of fibers, and a unique wet spinning process has been developed to obtain high-density wet spinning or relatively loose dry spinning yarn.

There are conditions to produce products that are more suitable for human health according to different needs.

Although the thermal conductivity of flax fibers is the same as that of other fibers, it can rely on different production processes, resulting in a compact wet spinning yarn with wire feel, which makes the fabric more cool.

It is also possible to use a relatively loose dry spinning product as a garment fabric to increase warmth.

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< p > 6, the heating function of the fibers derived from the first basic condition under the condition of moisture absorption (known as moist heat) is known from the thermal properties of textile materials. The moisture absorption energy of flax is 18% higher than that of cotton and 17% higher than that of hemp. In the process of < a href= "//www.sjfzxm.com/news/ index_s.asp" > production < /a >, it is well known that the water jet humidifying fiber pile immediately generates heat, such as poor ventilation or even spontaneous combustion. According to the calculation, 1 kilograms of linen clothing goes from indoor 18 degrees in winter to 45% degrees outside, 5 degrees to 5 degrees outside.

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