3/3 Twill 100%P Cationic Fabric Herringbone Two-tone Coating Waterproof For Skiing Wear

1 . Descriptions:

2 . Specifications:

Name: 3/3 Twill 100%P Cationic Fabric Herringbone Two-tone Coating Waterproof For Skiing Wear

Yarn Count: 300D*150D

Weight: 216 GSM

Width: 57/58''

Color: Various color for you to choose or customize

Features: 3/3 twill harringbone pattern

Finish process: Dyed ,waterproof ,coating or customize

3 .Features:

Traditional fabrics, although it is environmentally friendly, but it is not resistant to washing. The effect of cold resistant is not very well . Compound is to combine two or three different functional fabrics, so that it has these functions at the same time, so that the quality of clothing has a qualitative improvement.

1. The warmth retention property

Although heat preservation is closely related to fabric thickness, outdoor sports do not allow clothing to be too heavy, so it is necessary to keep warm and light to meet the special requirements of outdoor sports clothing. The most common method is to add special ceramic powder containing chromium oxide, magnesium oxide and zirconia, especially nano-sized ceramic powder, into the spinning solution of synthetic fiber such as polyester.

It can absorb the visible light such as sunlight and convert it into heat energy. It can also reflect the far infrared ray emitted by the human body itself.

2. Waterproof and moisture permeability

Sports meeting sends out a large amount of sweat, and outdoor is hard to avoid encountering rain and rain, which is a pair of contradictions: to be able to prevent rain and snow from getting wet, and to be able to timely release the sweat out of the body.

Waterproof and moisture permeable clothing is in using the surface tension of water features, on the fabric coating a layer of PTFE (with the "king of the corrosion resistant fiber" teflon PTFE the same chemical composition but different physical structure) chemical coating, the surface tension of the enhancement of the fabric to make water tightening and cannot be spread out as far as possible, infiltration of fabric surface, thus unable to through the porosity of the fabric tissue. At the same time, the coating is porous, and the water vapor in a single molecular state can be distributed to the surface of the fabric through the capillary channels between the fibers.

4 .How can we obtain the windproof effect of the fabric?

5 . More pictures: