Foshan Shunde Port Textile Alliance Launches "Wearable Skin Care Products"

Shunde District, Foshan Hong Kong spinning and weaving The company takes fashion, taste, high quality and environmental protection as its design concept and designs and designs products. research and development A lot of manpower and material resources have been invested. Through vigorous introduction and internal training, the company has established a strong R & D design team in the domestic denim industry. The pearl nano denim developed by Donghua University has not only improved the comfort of traditional jeans, but also has far infrared and ultraviolet protection functions. added value Marked improvement.

After testing by the State Quality Supervision Department, the far-infrared emissivity of Pearl denim fabric is over 0.84, up to 0.9, while the far-infrared emissivity of the ordinary fabric is generally less than 0.78. The ultraviolet protection coefficient (UPF) of the fabric reaches 35~50, while the UPF value of the ordinary fabric is between 15~17. Therefore, the clothing made of pearl fiber fabric has stronger far-infrared thermal insulation function and ultraviolet protection function than the general clothing.

In addition, the pearl fiber fabric is worn on the body, and more than ten kinds of amino acids and trace elements in pearl fiber will also adjust the micro environment between the skin and the body clothing by participating in the metabolism of the body. Healthcare Therefore, the "Pearl denim fabric" has the reputation of "wearable skin care products".

In 2010, Hong Kong spinning Union introduced the first Italy Lafer liquid ammonia mercerizing machine. The denim fabric processed by liquid ammonia became more plump, elastic, soft and smooth in touch, increased color fastness, increased glossiness, increased silk sensation, increased tensile force and compression force, reduced natural distortion, made the yarn more smooth and smooth, greatly reduced fabric rebound resistance, and improved wrinkle resistance. This makes the fabric both mercerized and overcome the possibility of corrosion and inhomogeneity caused by traditional caustic mercerization.