Compressed clothing fabric is a functional fabric with compression properties, which exerts appropriate pressure on the human body through special weaving techniques, improving blood circulation and reducing sports injuries. Here is a detailed introduction:
Common materials:
Spandex, also known as Lycra, is a highly elastic synthetic fiber that can stretch up to 5 times its original length and has good durability. It is not easily deformed and is often blended with other fibers to provide elasticity and a snug compression effect for compression garments.
Nylon: It is a synthetic fiber that is lightweight, soft and smooth in texture, with good wear resistance and moisture absorption. It can quickly sweat and keep the skin dry. At the same time, it has high strength and is not easy to shrink, which helps to improve the durability and comfort of compression clothing.
Polyester fiber: It has the characteristics of lightweight and durability, excellent moisture absorption and sweat wicking performance, and can quickly evaporate sweat on the surface of the fabric. It also has the advantages of wrinkle resistance and not easy to shrink. It is often blended with spandex and used to make compression garments for daily wear and sports.
Modal: It is an environmentally friendly fiber made from natural wood pulp, with a soft and smooth feel, strong moisture absorption, and can keep the skin dry. At the same time, it has good flexibility and strength, which can increase the comfort and durability of compression garments.
Main Features
Excellent elasticity and resilience: Compressed fabrics can quickly recover to their original state after being stretched, with good elasticity and resilience, providing stable support for athletes.
Good breathability and sweat wicking: Using fiber materials with good breathability, it can effectively eliminate sweat generated during exercise and keep the skin dry.
Warmth: Compressed fabrics have certain warmth retention properties, which can provide warmth for athletes in cold environments.
Antibacterial properties: Some compressed fabrics are made of antibacterial materials, which can effectively inhibit bacterial growth and maintain clothing hygiene.
Comfort: The compressed fabric is soft and comfortable, with no irritation when in contact with the skin, providing a good wearing experience for athletes.
manufacturing process
Fiber selection: Elastic fibers such as spandex, nylon, polyester, etc. are usually used to achieve the elasticity and compression performance of the fabric.
Weaving process: Special weaving techniques such as plain weave, diagonal weave, etc. are used to give the fabric compressive properties.
Post finishing process: Compressed fabrics undergo post finishing processes such as dyeing, printing, and antibacterial treatment to improve their performance and aesthetics.
Application field
Sports apparel, such as compression shorts, compression pants, compression vests, etc., can reduce sports injuries and improve athletic performance, making them the first choice for many professional athletes and fitness enthusiasts.
Daily wear: Some compressed fabric clothing can also be worn as daily wear, such as T-shirts, hoodies, etc., providing a comfortable wearing experience and a certain shaping effect.
