Comfortable Yellow Tungsten Oxide Warm Fabric

Yellow tungsten oxide warm fabric not only has the advantages common to general warm fabrics, such as good air permeability, resilience, laminate, non-fading and warmth, also it has anti-radiation,wear-resistant, anti-static, anti-corrosion, and It is good for the body. These advantages are mainly determined by the nature of the nano yellow tungsten oxide. Among them, the physical properties of nano particle size yellow tungsten oxide: density is 7.16g/cm3; melting point is 1473°C; boiling point is 1700°C; good stability, high hardness, wear resistance, electrical conductivity and thermal conductivity; insoluble in water and Other organic acids other than hydrofluoricacid acid (HF). Warm fabrics are more comfortable by imitation of warm fabrics with good physical properties.

The solid content of about 20% nanometer tungsten oxide slurry is called aqueous nanotungsten oxide. It is a high-performance aqueous dispersion processed by electron pairing, grinding, homogenization, membrane filtration. It has good transparency, matching, Stability, compatibility, dispersibility, heat insulation and weather resistance. Using these properties, it can be used as a high-quality fabric material, which can improve the fabric's warmth, softness, lightness, and easy to be piled up for easy cleaning, and the visible light transmittance of the product is about 70% , and for ultraviolet rays and near-infrared rays. The blocking rate is greater than 90%. Therefore, it has ultraviolet and near-infrared absorption and reflection effects.

Researchers have done the test of the warm fabric of the nano yellow tungsten oxide particles under infrared irradiation, it can be known that better after processing than raw; and the larger the amount of the tungsten oxide particles, the higher the surface temperature. Therefore, the addition of the substance can effectively insulate and enhance its high temperature and warmth resistance.

In summary, the addition of nano grain size yellow tungsten oxide particles to warm fabrics is a key issue for future challenges. With its special physical and chemical properties, it can achieve better achievements in warm textiles.

• < Prev
• Next >