+886978217318
{config.cms_name} Home / Product / Casual Clothing Fabric / High Stretch Brocade Fabric / APS0350 Kam amine ultra-thin high stretch casual underwear fabric
Haining Junrui Textile Co., Ltd.
APS0350 Kam amine ultra-thin high stretch casual underwear fabric

APS0350 Kam amine ultra-thin high stretch casual underwear fabric


APS0350 nylon-spandex ultra-thin high-elastic leisure underwear fabric adopts a scientific blending ratio of 75% nylon and 25% spandex. This carefully designed ratio not only ensures the physical properties of the fabric, but also achieves ultra-thinness of the fabric through advanced textile technology. The weight is only 120GSM, which greatly enhances the lightness of wearing. The wear resistance of nylon and the high elasticity of spandex complement each other, giving the fabric durability and flexibility. The four-sided elastic design enables APS0350 fabric to fully adapt to the dynamic changes of the human body, whether it is strenuous exercise or daily activities, it can keep fit without being tight. The elastic recovery ability ensures that the fabric can quickly return to its original state after multiple stretching, extending the service life of the product. In response to the special needs of underwear fabrics, we optimize the fiber structure and enhance the air permeability and moisture permeability of the fabric. This design effectively promotes air circulation and moisture discharge, keeping the skin dry and comfortable even in high-temperature environments, reducing the risk of bacterial growth and maintaining skin health. Thanks to the wear-resistant properties of nylon and the scientific production process, APS0350 fabric has durability and can withstand the test of daily use and multiple washings. The easy-care feature also reduces the user's maintenance costs, and a simple wash can keep the fabric in good condition. APS0350 nylon-spandex ultra-thin high-elastic casual underwear fabric is suitable for all kinds of casual underwear, sportswear, tights and other products.

1. Polyester mechanical elastic fabric has better stiffness than other materials (such as cotton, nylon, etc.).
2. Elastomechanical fabrics are known for their unique elasticity and comfort, and this fabric does not rely on spandex to achieve elasticity.
3. Mechanical elastic fabric can produce a large retraction force when stretched, and maintain the original flat, fluffy and crisp state.
4. With waterproof performance and fast drying effect, the material is often used as the main ingredient in outdoor sports clothing.
5. Mechanical elastic fabrics are more suitable than other ordinary fabrics or chemical fiber fabrics for fitness wear, running wear and dancewear, which need to feel flexible but also require high support and tight levels of demand.
6.‌ mechanical elastic fabric also has good moisture absorption and quick drying performance. Its double helix structure presents an eight-figure groove section, and its moisture absorption and quick drying property is 8 times higher than that of cotton and two times higher than that of ordinary polyester. This characteristic makes mechanical elastic fabric one of the ideal casual wear main fabrics, to meet the market demand for fast moisture absorption and rapid drying.‌
7. Under the background of environmental protection becoming a new pursuit, mechanical elastic fabric has overcome many shortcomings of spandex elastic fabric and become one of the main choice of casual wear fabrics. Its ammonia-free properties not only reduce environmental pollution, but also provide a light, soft, portable and high-grade wearing. 

Inquiry Now
  • Product parameters Object Style
    Mesh fabric
    Jacquard Weave
    Double Sided Cloth
    Air layer
    Material quality Suitable for clothing Special place

    APS0350

    N/OP 75/25

    63"/65"*120GSM

    Men /Women Nylon+spandex T-shirt
    underwear

    Ultrathin

    High elasticity

Certificate

  • SC-GRS-Certificate
  • Certificate
  • Certificate

News Center

APS0350 Kam amine ultra-thin high stretch casual underwear fabric knowledge