Customized Artificial Pu Polyurethane Coated Leather Abrasion Proof

Artificial Pu Leather Coated Microfiber Fabric Nappa Pattern Designs Bags Leather Fabric

Sample policy

• Our samples are free. However, you need to pay for shipping fare of the free sample. If you decide to make an order after that, we would like to deduct the shipping fare of sample from your payment.

After-sale Service

• When clients receive goods ,pls contact us freely if any quality problems ,we will have meeting to make you satisfied . And we will never let it happen again.

Engineering finer and softer textile yarns
Microfibre yarns

• Microfibres are extra-fine fibres with incredible fineness which changes the properties of the regular-sized fibres and gives them a wonderful hand and drape. In spinning, the multiple microscopic-sized filaments or fibres have more motion and allow the fibres to shift lightly in the spun yarns for more drape and a very soft feel to prevent loss of their yarn structure. The resulting knits do not sag or droop. They also absorb and wick moisture better and seem to breathe. Microfibre knits feel more like natural fibres and feel less ‘clammy’ in warm weather than regular synthetic yarns.86 Compared with familiar fibres, microfibres are half the diameter of a fine silk fibre, one-third the diameter of cotton, a quarter the diameter of fine wool, and 100 times finer than human hair. This superfine quality means the softest feel against the skin. One warning about microfibres is that they are more heat sensitive than normal diameter fibres because they are so fine and the heat penetrates more quickly. They should not be pressed with a hot iron and they should not go into a hot clothes dryer.

• Microfibres are usually made of polyester, polyamide, acrylic, modal, lyocell or viscose in the range of 0.5–1.2 dtex. Properties of microfibres affecting the downstream process in mechanical processing and in the processing of microfibres in the blow room, carding, draw frame, speed frame and ring frame are presented.Alternative spinning technologies such as open-end, air-jet and compact spinning are dealt with. In fabric forming systems, weaving and knitting with microfibres are discussed in depth, highlighting research on such fabrics. High-speed weaving of microfibres is discussed with reference to three major technologies of projectile, rapier and air-jet weaving. Different uses of microfibres in terms of industrial, medical, apparel and miscellaneous applications are presented.Studies on knitted fabrics from polyester and viscose microdenier fibres have been undertaken.