Functional

Polyester Yarn

Polyester anti-static yarn is a type of polyester yarn treated with anti-static agents to eliminate or reduce the buildup of static electricity in textiles. Static electricity can be problematic in synthetic fabrics, as they build up electrical charges quickly. This can cause discomfort, such as static cling or static shocks, and can also attract dust and debris to the fabric, making it appear dirty and unkempt.

Polyester anti-static yarn is a flexible material that improves comfort and safety in various applications. Clothing, such as shirts, dresses, and suits, prevents static buildup in dry climates or winter. For home textiles like carpets and upholstery, it minimizes static buildup and prevents debris accumulation. Industrial and medical textiles use it to safeguard sensitive equipment from damage and prevent static buildup that could cause sparks and potential fire or explosion risks.

Polyester UV-resistant yarn is treated to withstand the impacts of UV rays from the sun. In addition, the yarn is designed to prevent the degradation of the fibers caused by prolonged exposure to sunlight, which can cause fading, discoloration, and fabric weakening.

Polyester UV-resistant yarn is commonly used in producing outdoor textiles such as awnings, tents, and outdoor furniture covers, as well as in clothing and swimwear. It has various advantages, such as its durability, resistance to fading and discoloration, and ability to maintain its color and shape even after prolonged exposure to sunlight.

Polyester flame-retardant yarn is treated with chemical agents. These chemical agents work by preventing or delaying the ignition of the yarn, which can help reduce the fire risk.

Industries such as home textiles, automotive, and aviation have specific safety that their products must meet standards. Polyester
flame-retardant yarn is an effective solution to help manufacturers comply with these regulations. This type of yarn is frequently used in producing textiles, including curtains, upholstery, and clothing, especially in atmospheres where fire safety is a concern, such as public buildings, transportation, and homes.

Polyester water-repellent yarn is treated to resist the absorption of water. The treatment involves applying a water-repellent coating or finish to the surface of the yarns, which causes water to bead up and roll off the fabric's surface rather than being absorbed.

These yarns are commonly used in producing outdoor textiles, including raincoats, tents, and umbrellas, as well as in accessories such as backpacks and handbags. Polyester water-repellent yarns have several benefits, such as their durability, quick drying, and resistance to water damage that causes staining, weakening, and color fading.

Polyester thermo-regulation yarn is created by blending various polyester fibers with distinct properties to reach the desired
thermo-regulation effect. The yarn is engineered to regulate body temperature by absorbing, storing, and releasing heat. This is achieved by embedding microcapsules within the fiber that contain a special phase-change material. These microcapsules can absorb and release heat depending on the temperature.

The yarn is popularly used in producing activewear, sportswear, outdoor clothing, bedding, and other home textiles due to its
moisture-wicking properties and ability to provide comfort across various temperatures.

Polyester far infrared yarn contains ceramic powder that emits
far-infrared radiation when exposed to body heat or sunlight. This type of electromagnetic radiation has a longer wavelength than visible light and can penetrate deeper into the skin and tissues, promoting blood circulation, cell growth and regeneration, and reducing pain and inflammation.

Polyester far infrared yarn is commonly used to produce clothing, bedding, and other textiles. It's popular in the healthcare industry for its therapeutic properties and is utilized in products such as socks, gloves, and joint supports. Additionally, it's used in sportswear to enhance athletic performance and reduce the risk of injury.