What are the differences between cupro silk and silk? Cupro ammonia silk is better for personal clothing, especially in winter because it does not generate static electricity. Tencel drape well, but it hardens easily when exposed to water. Silk is good in all aspects and has the effect of smoothing the skin, but it is not anti-static and has poor wear resistance.
The cupro silk lining can quickly absorb moisture in the air, turning the color of the temperature recorder into purple, and can retain up to 30% of the moisture. At the same time, it quickly evaporates the moisture into the air again without causing a stuffy feeling. Since this lining is not prone to static electricity, it can be used as a skirt lining without the awkwardness of wrapping your legs or following your body. The stitching effect is also smoother and more comfortable than other linings. Being soft and not prone to static electricity, the cupro silk lining has a unique softness that matches the fabric, making the hem of the dress light and elegant.
Cupro silk picture
Real silk generally refers to silk, including mulberry silk, tussah silk, castor silk, cassava silk, etc. Silk is known as the “Queen of Fibers” and has been favored by people throughout the ages for its unique charm. Silk is a protein fiber. Silk fibroin contains 18 kinds of amino acids that are beneficial to the human body. It can help the skin maintain the metabolism of the surface lipid film, so it can keep the skin moist and smooth. Silk feels soft, smooth, thick, plump and has excellent elasticity. It has good moisture absorption and breathability properties, and has skin care and health care effects. Silk is a protein fiber, and silk carpets woven with silk as raw materials have good ultraviolet absorption. Silk is a porous fiber, so it has good thermal insulation, moisture absorption, moisture dissipation and breathability properties, and has a certain protective effect on the skin. Silk is relatively delicate and should be carefully cared for to avoid twisting due to gravity friction or being dragged hard on rough places, which may cause damage to the protein fibers.
