What are Acrylic fibers?

Acrylic is another man-made fiber where development in Germany paralleled that in the USA. In Germany it came on the scene in 1942 and since 1954 has been manufactured on a large scale by Bayer as the first producer in Europe. 75 % of acrylic fiber is used in apparel, 20% in home furnishing, and 5% in industrial end-uses. In apparel the acrylic fibers are used, for instance, in jumpers, waistcoats, cardigans, jackets, socks, knee-high stockings, training, and jogging suits, either pure or in blends for example with wool. The modacrylic fiber, a modified form of acrylic, is found in flame-retardant garments, children’s and babywear, and in dolls clothes and soft toys. In the year 2013 172,000 tons of acrylic fiber were produced in German

Both dry and wet spinning processes are used to make acrylic fibers.

In the dry-spinning process, the spinning mass emerges from the spinneret into a spinning chamber, into which warm air is blown.

In wet spinning, the spin mass is pressed into a so-called coagulating bath. The largest proportion of the production is made and used as crimped staple fiber.

On care labels, the acrylic fiber is often designated as “PAN” and the modacrylic as “MAC”.

Acrylic Fiber Characteristics

• Outstanding wickability & quick drying to move moisture from body surface
• Flexible aesthetics for wool-like, cotton-like, or blended appearance
• Easily washed, retains shape
• Resistant to moths, oil, and chemicals
• Dyeable to bright shades with excellent fastness
• Superior resistance to sunlight degradation
• Feels like wool, with high bulk.
• Very good heat retention and fastness to light.
• Very good shape retention, durability, easy-care, and quick-dry qualities.
• Ideal for blends with wool

Qualities such as its wool-like feel and bulk make it predestined for use in the knitwear sector. The positive features of acrylic fibers come into their own when they are blended with a suitable proportion of wool or other natural fibers: the wool needs practically no additional finishing, does not felt when washed, and is significantly easier to care for.

Sportswear, training, and jogging suits particularly benefit from the special advantages of acrylic fibers- be it pure or blended: low water absorption, quicker water transport, light and weather resistance.

Some Major Acrylic Fiber Uses

• Apparel: Sweaters, socks, fleece wear, circular knit apparel, sportswear and childrens wear
• Home Furnishings: Blankets, area rugs, upholstery, pile; luggage, awnings, outdoor furniture
• Other Uses: Craft yarns, sail cover cloth, wipe cloths
• Industrial Uses: Asbestos replacement; concrete and stucco reinforcement

What are Spandex Fibers?

Spandex Fiber or Elastane fibers, better known under their trade names, Lycra and Dorlastan, represent a further high point in the development of man-made fibers.

Invented in 1937 in Germany, the elastane has properties not found in nature, the most important being an extraordinary elasticity.

Compared to rubber, the elastane has both greater tear-resistance and durability and a tension capacity two or three times greater, at a third of the weight.

Elastane is used in all areas where a high degree of permanent elasticity is required, as, for example, in tights, sportswear, swimwear, corsetry, and woven and knitted fabrics.

When stretched, it always reverts to its original form.

Elastane thus is a prerequisite for fashionable or functional apparel which is intended to cling to the body, while at the same time remaining comfortable.

Elastane

It combines its good properties with both natural and man-made fibers.

There are two principal methods used in processing elastane.

One is to wrap the elastane fiber in a non-elastic thread – either natural or man-made.

The resulting yarn has the appearance and feel of the outer fiber used.

The second method involves using pure elastane threads, which are worked or woven into fabrics made from other fibers.

The added elasticity makes such fabrics more comfortable to wear. Blends with elastane depend on the type of fabric and the end-use.

On care labels, elastane is often designated as “EL”.

Properties

High performance and easy care.

Elastane fibers can be stretched from four to seven times their length, reverting to their original length when the tension is relaxed. Elastane has the highest stretch tension of all textile raw materials.

Two percent elastane is enough to make trousers, for instance, retain their shape. For body-shaped silhouette and high stretch capacity, i.e. in swimwear, corsetry, or sportswear, 15 – 40% elastane is used.

Elastane fibers guarantee a high degree of comfort combined with great freedom of movement.

In woven and knitted fabrics elastane increases shape retention and accelerates crease recovery.

Elastane is not sensitive to transpiration, make-up, cosmetics, sun cream, or seawater. For example, swimwear with elastane should be rinsed out after bathing.

Elastane is easy to care for.

Viscose staple fiber VSF

Viscose Staple Fiber (VSF), is a natural and biodegradable fiber that has characteristics that are similar to cotton. Due to its versatility, VSF is widely used for manufacturing apparel, home textiles, dress materials, knitted wear, and non-woven applications.

VSF is a regenerated cellulosic fiber made from natural wood pulp., which share the characteristics of cotton fibers.  It offers a luxurious feel, breathability, and excellent moisture absorption properties. These are versatile and easily bendable fibers and have a wide range of applications in apparel, home textiles, home furnishings, dress materials, and woven & knitwear and non-woven fabrics.

The global VSF market is consolidated in nature and the top 5 manufacturers occupy around 60% of the market. Major players in the market include Lenzing AG, Aditya Birla Group, SATERI, XINJIANG ZHONGTAI CHEMICAL CO., LTD., and Tangshan Sanyou Group Xingda Chemical Fibre Co.Ltd, among others.

We offer VSF in Bright, Raw White and Color

Viscose Staple Fiber

Viscosity polyester fiber