Wool viscose blended yarn Wool is generally divided into domestic wool and Australian wool. Domestic wool is also known as loose wool. The loose wool is brushed from Australian wool. The wool is generally blended with acrylic, cotton and polyester. The wool generally has the function of mercerizing and anti-locking. 1), regular count: 70-80 males 2), ratio: wool / viscose = (90 ~ 50) / (10 ~ 50). 3), Color: Original white/dyed. 4), Uses: For woven scarves, shawls; knitted fur, sweaters, socks, circular knitting fabrics, etc.

Acrylic wool blended yarn: Acrylic and wool complement each other in terms of characteristics. Will many consumers doubt that wool-blend fabrics are warm? I will give you the answer here. The wool acrylic blend can easily obtain a strong hair-like feel after being raised and brushed. If it is processed by wet heat, the hygroscopic performance of the fiber will be enhanced, and the ambient temperature will change suddenly. Clothing can buffer and protect the body from heat and cold. Rabbit hair is generally made of a certain proportion of rabbit hair and wool blended. The characteristics of rabbit sweaters are thin fibers, smooth and waxy hand, fluffy surface, soft color, good fluffy, easy to wear, and the surface fluff is easy to fall off, keep warm Sex is better than wool clothing; if the process of first forming shirts and then dyeing (that is, first weaving and then dyeing) is used, it can make its color more pure, gorgeous and unique, especially suitable for making young women's outerwear. The common feature of clothing is that light.

The main component of wool yarn is keratin, which is composed of a variety of α-amino acid residues, which can be combined into long-chain molecules in a spiral shape, which contain carboxyl groups, amine groups and hydroxyl groups, forming salts between the molecules. bonds and hydrogen bonds, etc. The long chains are linked by cross-bonds formed by disulfide bonds of cystines. The above chemical structure determines the characteristics of wool. If the long chain of wool fiber macromolecules is stretched by external force, it transitions from α-type helical shape to β-type extension type, and returns to α-type after the external force is removed, then its appearance shows that the wool yarn has excellent elongation deformation and resilience. The strong hygroscopic ability of wool yarn is related to some groups on the long chain. Wool yarn is more resistant to acid but not alkali, because alkali is easy to disulfide group in cystine of wool yarn, which damages wool quality. Oxidizing agents can also damage the wool by destroying the disulfide groups.