High quality hemp fiber 2800 NM for spinning price

 Properties of hemp fiber

Moisture absorption and breathability:

There is an elongated cavity in the center of the hemp fiber, which communicates with many cracks and small holes distributed on the surface of the hemp fiber. Excellent capillary action makes hemp fiber have excellent moisture absorption and perspiration performance. According to calculations, compared with cotton fabrics, wearing linen clothing can feel about 5°C lower in temperature.

Antistatic properties:

Dry hemp fiber is a poor conductor of electricity, and its resistance to electrical breakdown is about 30% higher than that of cotton fiber. Under normal circumstances, due to the excellent hygroscopic properties of hemp fiber, the moisture content of hemp textiles exposed to the air is about 12%. When the air humidity reaches 95%, the moisture content is as high as 30%, but the handle is not wet. Therefore, hemp textiles can avoid static electricity accumulation, pilling and dust adsorption caused by friction.

anti-UV:

The cross section of hemp fiber is irregular triangle, polygon etc. Its molecular structure is more prismatic, loose and helical. Therefore, its products have a good dissipation effect on sound waves and broadcasting. According to tests, general hemp can shield more than 95% of ultraviolet rays without special finishing.

Heat resistance:

The heat resistance of hemp fiber is unmatched by other fibers, and the color of hemp fiber does not change at 370°C. Therefore, hemp fiber is especially suitable for sun protection clothing, work clothes with special needs, car cushions, decorative cloth, etc.

Bacteriostatic properties:

Contains a variety of trace elements beneficial to human health in hemp fiber. Hemp fibers contain trace amounts of cannabinol, which is a good disinfectant; the hollow hemp fibers, which are usually rich in oxygen, also make it difficult for anaerobic bacteria to survive.

Anti-noise function:

The cross-section of hemp fiber is irregular triangle, polygon and oblate, which is obviously different from ramie and flax fiber. In addition, the polygonal molecular structure makes light waves and sound waves form diffuse reflection and multi-layer light refraction in the crystalline region of the hemp fiber. In the amorphous regions, crevices and pores of the fiber molecules, such as mire, are extensively destroyed and absorbed. It can protect people's health.