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Weight per ㎡
80-300GSM
Width
150-170GSM
Minimum Order Quantity
1500meters per colour
Fabric Type
Nylon Fabric
Possible Fabric Production Certifications
Oeko-Tex, GRS
Sample
A4 Size Sample Available
Lab Dip Lead Time
3-7days
PP Sample Lead Time
15days
Bulk Lead Time
25-45days
Also Known As
Nylon material, Polyamide fabric, PA fabric
Yarn Fiber Type
Nylon Polyester Blends
For Garments
Sportswear, Windbreakers, Down Jackets
Product Introduction
We offer over 1000 kinds of fabric online and strong customization services.
Nylon fabric introduction:
Nylon fabric, also known as polyamide fiber, is the first synthetic fiber in the world. It has excellent abrasion resistance, being one of the most durable fibers, and shows high tensile strength. Nylon fabric is also easy to wash and dries quickly. It has a certain moisture absorption ability, which provides some comfort when worn. With good wrinkle resistance and shape retention, it is widely used in making outdoor gear, sportswear, home textiles and industrial products.
The advantages of Nylon fabric:
Nylon fabric boasts several advantages. It's highly abrasion-resistant, making it durable for frequent use. With high tensile strength, it resists breaking under stress. It has good moisture absorption, offering comfort when worn. It's easy to clean and dries rapidly. Also, it has excellent wrinkle resistance and shape retention, and shows good tolerance to common chemicals.
The use of Nylon fabric:
Nylon fabric has diverse uses. In the fashion field, it's widely used to make sportswear, windbreakers and down jackets due to its durability and quick-drying property. For outdoor activities, it's the material of choice for tents, backpacks and ropes as it can withstand tough conditions. In home textiles, it's applied to curtains and upholstery for its good shape retention. Additionally, it's used in industrial products like conveyor belts and fishing nets for its high strength.
The production of Nylon fabric:
The production process of nylon fabric generally includes the following steps. First, raw materials such as diamines and dibasic acids are polymerized under high temperature and pressure to form nylon polymer. Then, the molten nylon polymer is extruded through spinnerets to form filaments. These filaments are then stretched and heat-set to improve their strength and dimensional stability. After that, the filaments can be woven or knitted into fabrics. Finally, the fabrics may go through processes like dyeing, finishing (such as adding water repellency or softening treatment) to obtain the desired performance and appearance.
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