What are the differences between copper ammonia silk and real silk

What are the differences between copper ammonia silk and real silk? Copper ammonia wire is good for undergarments, especially in winter without static electricity. Tencel has good drape, but it is easy to harden when exposed to water. Real silk is still pretty good in each respect, still have the effect of smooth skin, but do not prevent static electricity, wear resistance is bad.

The cupramine filaments quickly absorb moisture from the air, turning the color of the temperature recorder purple, retaining up to 30% moisture, and quickly re-evaporating moisture into the air without a sense of stuffy dampness. Because the lining is not easy to generate static electricity, as a skirt line, there will be no embarrassment of binding, with the body; The suture effect is also smoother and more adherent than other lining materials. Soft and not easy to generate static electricity so that the copper ammonia wire lining cloth has a unique softness, consistent with the fabric, so that the skirt placed light and elegant.

Real silk points to silk commonly, include mulberry silk, tussah silk, castor silk, cassava silk, etc. Silk is known as the "fiber queen", with its unique charm by the people of all ages. Real silk, belong to protein fiber, silk element contains 18 kinds of beneficial amino acid to human body, can help the skin to maintain the metabolism of surface fat film, therefore can make the skin to keep moist, smooth.

Silk feels soft, smooth, thick, plump and has excellent elasticity. It has good moisture absorption, air permeability, skin care and health care. Silk as protein fiber, silk carpet woven with silk as raw material has good ultraviolet absorption. Silk is a kind of porous fiber, so it has good properties of heat preservation, moisture absorption, moisture dispersion and air permeability, and has a certain protective effect on skin. Silk is more delicate, should be carefully cared, avoid gravity friction twist or drag in the rough place, resulting in protein fiber damage.