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Anti-Bacterial Single Jersey Poly Spandex Fabric For Sports Bra Underwear Anti-Bacterial Single Jersey Poly Spandex Fabric For Sports Bra Underwear
Bangtai’s anti-bacterial or anti-odor fabric is come from yarn or finished chemicals.This funcion ke...
UV protection 100% polyester pique mesh fabric UV protection 100% polyester pique mesh fabric
UV protection fabric, Anti-UV fabric refers to a fabric's ability to protect the skin from UV radiat...
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Premium Quality
Since 1999

Haining Bangtai Co., Ltd.
Founded in 1999, Haining Bangtai Co., Ltd is professional China Functional Fabric manufacturers and OEM Functional Fabric factory of knitted sportswear textile. Located in Haining, Zhejiang Province, we are very close to Shanghai port and Ningbo Port. Up to now, company has both knitting and dyeing factories, including 20 warp knitting machines, 50 weft knitting machines, 10 dyeing machines and 2 setting machines. The annual production capacity can reach 50 million yards.
Basing on the philosophy of high-technology and sustainability, Bangtai is consistently developing various recycle fabrics and functional fabrics. We are approved by IDFL institute for GRS certificate, can provide TC certificate and GRS label for our customer. For functional fabrics, we can provide moisture wicking, UV protective, anti- bacterial, waterproof and anti-pilling fabric. In addition, we also implement the EN20470 and EN531 standards for florescent fabric.
Bangtai is dedicated to developing and manufacturing knitting fabric from the very beginning. Our main products include: 100% polyester interlock fabric, eyelet mesh fabric, pique fabric, fleece fabric, tricot fabric, jersey fabric, suede fabric, poly/spandex scuba fabric, poly/spandex mesh fabric. These fabrics are widely applied in sports shirt, sublimation cloth, school uniform, Safetywear, gym wear and casual wear.
With the excellent quality and competitive price, our fabrics are popular in Southeast Asia, Europe, Australia and North America market. We promise to be a credit-standing, high-quality and high-efficiency company.
  • Haining Bangtai Co., Ltd
    1999

    Founded in

  • Haining Bangtai Co., Ltd
    50 million

    Annual production capacity

  • Haining Bangtai Co., Ltd
    80+

    Machines

A mature factory you can count on

Our Honor

  • Test Report
  • Recycle TTS
  • GRS Certificate

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The Science of Functional Fabric: Understanding its Benefits and Applications
Functional fabrics are materials designed to serve a specific purpose beyond providing cover or decoration. These fabrics have special properties that enable them to perform functions such as moisture-wicking, UV protection, and antimicrobial action. The development of functional fabrics is a rapidly evolving field that combines material science, engineering, and design to produce advanced textiles that offer benefits for both consumers and industries.
Functional fabrics can be categorized into three broad types based on their properties: performance fabrics, protective fabrics, and smart fabrics. Performance fabrics are designed to improve comfort and performance during physical activity. Examples include moisture-wicking fabrics, which pull sweat away from the skin to keep it dry, and thermal fabrics, which regulate body temperature during exercise. Protective fabrics are designed to protect the wearer from physical, chemical, or biological hazards. Examples include flame-retardant fabrics, which prevent the spread of fire, and bulletproof fabrics, which provide protection from bullets and other ballistic threats. Smart fabrics are designed to respond to changes in the environment or the wearer's body. Examples include wearable sensors that monitor vital signs and fabrics that change color or texture in response to temperature or light.
Functional fabrics are widely used in various industries, including sportswear, medical, automotive, and military. In sportswear, functional fabrics improve athletic performance and comfort. In the medical industry, functional fabrics are used to develop products such as wound dressings, compression stockings, and prosthetic limbs. In the automotive industry, functional fabrics are used to develop car interiors with properties such as temperature control and noise reduction. In the military, functional fabrics are used to develop protective clothing and gear.
The benefits of functional fabrics are numerous and include improved performance, comfort, safety, and sustainability. Functional fabrics are also helping to drive innovation in the textile industry by providing new opportunities for material science, engineering, and design. As demand for sustainable and functional products continues to grow, the development of functional fabrics is likely to remain a focus for researchers and manufacturers in the years to come.
Functional Fabric and Sustainable Fashion: Combining Style and Functionality
Functional fabric and sustainable fashion are two of the most important trends in the textile industry today. Functional fabrics are designed to provide specific performance benefits, such as moisture-wicking, temperature regulation, and UV protection. Meanwhile, sustainable fashion aims to minimize the negative impact of the fashion industry on the environment, including reducing waste, using eco-friendly materials, and improving supply chain transparency.
When it comes to combining functional fabric and sustainable fashion, there are several ways to do so. For example, using recycled materials to create functional fabrics can help reduce waste and minimize the environmental impact of textile production. Additionally, designing multifunctional garments that incorporate multiple performance benefits, such as moisture-wicking and UV protection, can help reduce the need for multiple garments and promote sustainability.
Another strategy is to design clothing that is made to last, using durable materials and high-quality construction techniques. This reduces the need for frequent replacements and minimizes the amount of textile waste generated.
Incorporating sustainable practices into the entire supply chain, from material sourcing to production and distribution, is also critical. This includes choosing eco-friendly materials, reducing water and energy consumption during production, and implementing ethical labor practices.
Ultimately, by combining functional fabric and sustainable fashion, it is possible to create high-performance clothing that is both environmentally friendly and stylish, promoting a more sustainable and responsible fashion industry.