What is the difference between ice silk and nylon? Which one is more expensive, ice silk or nylon? Ice silk and nylon are both good materials for making clothes, but there are certain differences between them.
In fact, it is very simple. The surface of nylon fabric has a line feel, while the ice silk fabric has a delicate feeling. The surface of nylon fabric has a line feel and feels smooth when touched. If it feels rough to the touch, if it feels a little slippery and smooth, it is ice silk fabric.
Nylon burns and melts into a dripping shape with a plastic smell. Ice silk is odorless and gray after burning.
Nylon fabric has a dull luster, and the surface feels like a layer of wax. The color is not bright and the feel is hard. When you pinch the fabric tightly with your hands and then release it, there will be creases, and it will return to flatness slowly, while ice silk feels smoother, feels cool to the touch, and has greater elasticity. The fabric is thin, and the wiring can be seen clearly after stretching. There are creases after long-term folding, and the recovery time is long.
The main introduction of nylon:
The scientific name is polyamide fiber, which is the collective name for polyamide fibers produced in China. Internationally known as nylon. It has high strength, wear resistance and good resilience. It can be made into various clothing materials and knitted products by pure spinning and blending. The main varieties are nylon6 and nylon 66 have similar physical properties.
Nylon fiber is the raw material for many man-made fibers. Stiff nylon is used in the construction industry. Hot air balloons made of nylon can be made very large.
Bingsi’s main introduction:
It is scientifically refined from natural cotton skin and has good breathability. Features include automatic humidity control and slow temperature rise in sunlight. The feeling of using the ice silk cooling pad is very similar to that of the linen cooling pad, except that it feels softer and the color is very elegant. Ice silk also has anti-mildew, anti-insect, anti-static, and non-radiation effects.
