Quanzhou Huaning Sports Goods Co., Ltd is one of leading swimwear fabric factory inChinafor more than 15 years. We are the Violet Polyamide Swimwear Knit Fabric, Chlorine Resistant Swimwear Swimsuit Fabric manufacturer. Welcome to Violet Polyamide Swimwear Knit Fabric, Chlorine Resistant...
This Violet Polyamide Swimwear Knit Fabric is a new sporty fabric, which is breathable, thin and lightweight. The most outstanding advantage is that it has better wear resistance than other fibers. Secondly, it has good elasticity. Its elastic recovery rate is comparable to that of wool.
-The wettability of stretch nylon fabric is better in synthetic fabric, so the clothes made of nylon are more comfortable to wear than those made of polyester.
-The wear-resisting property of the lining polyamide fabric ranks first, which is higher than other fabrics of the same kind of product many times, accordingly, its durability is excellent.
-The elastic and elastic recovery of polyamide fiber fabric is excellent, but it is easy to deform under small external forces, so it is easy to wrinkle and fold in the process of wear.
82% Nylon/18% Spandex, 200G/M2 or as per customer requirements
2. Yarn Count
40D/ 50D/ 55D or customized
1)4 Way Stretch; Soft, Stretchy, Lightweight;
2)Abrasion-resistant, Quickly absorbent, Breathable, Sweat-vaporized etc.
3)Usage: such as Swimwear, Cycling, Mountaineering Wear, Running Apparel etc.
As shown or customized
OEM OR ODM are welcomed
About 22kgs per roll rolled on tubes and packed in plastic bags, or as per customer requirements
Within 2-3 working days after receipt of payment
*Digital Print Available, especially professional in sublimation transfer print.
|*Good quality, best service to customers.|
How to distinguish nylon fabric?
The most accurate method is to use 37% concentrated hydrochloric acid to dissolve at 20 degrees for half an hour. Nylon is dissolved. What doesn't melt is polyester. All other methods are biased
Burning method: although the melting point of nylon is smaller than the burning point, the phenomenon of dripping burning during combustion, but ultrafine polyester and fine polyester also have this phenomenon.