Full Dull Polyester Trilobal Shaped Filament combines the low reflective luster characteristics of full extinction with the advantages of fluffy and breathable trilobite cross-section, strong coverage, etc. It is widely used in various industries such as textiles and clothing, home textiles, and industrial textiles, as follows:
1.Textile and clothing industry
This industry is its core application area, which can meet the texture requirements of high-end clothing and also adapt to the performance requirements of functional clothing. For example, in the high-end formal wear field, the fabrics used to make suits and dresses are made with it. Due to its full extinction characteristics, it avoids the glaring reflection of ordinary fabrics, and the texture is comparable to high-end natural fibers, enhancing the level of clothing; In terms of sportswear, its three leaf cross-section can increase the gap between fibers, achieve good breathability and quick drying, and its high strength and low shrinkage characteristics can withstand the stretching friction during exercise, making it suitable for making yoga clothes, running equipment, etc; In addition, the fine denier specification of this filament is also suitable for making silk like fabrics, which can be used to make fashionable casual clothing such as shirts and flowing skirts. At the same time, the three leaf structure can avoid the problem of snagging and jumping in knitted fabrics.
2.Home textile industry
Adapting to the multiple requirements of durability, aesthetics, and comfort in home textile products, the application scenarios are very diverse. Beddings such as bed sheets and duvet covers, with their high strength and low shrinkage characteristics, are not easily deformed or damaged after multiple washes. The soft and breathable feel can also enhance the sleep experience; When used to make curtains, it not only presents a soft texture with full extinction effect, but also has good drape and shading properties, and can withstand long-term hanging and pulling; In addition, it can also be used for decorative items such as sanding, wall covering, etc. It is both dirt resistant, wear-resistant, and easy to maintain, and can add a modern touch to homes with a low-key luster.
3.Automotive Interior Industry
Meets the stringent requirements for material stability and practicality in automotive interiors. The fabric made of this filament has strong wear resistance and tear resistance, and can cope with frequent contact during long-term use of car interiors. Its dimensional stability can also avoid fabric deformation caused by environmental temperature changes, and it is often used for car seat fabrics, car interior decorative fabrics, etc. At the same time, its fully matte texture can avoid the interference of light reflection inside the car, improve driving safety, and enhance the overall level of the car interior through texture design such as imitation wool and imitation velvet.
4.Industrial textile industry
By leveraging its unique structure and performance, it has expanded into multiple industrial application scenarios. In the field of filtration, the unique gap structure formed by the three leaf cross-section can efficiently intercept dust and impurities in air or liquid, and its high strength characteristics make it less likely to be damaged during the filtration process, making it suitable for the production of industrial filtration materials; In the field of geotextiles, their tensile strength and deformation resistance can enhance soil stability, while also possessing permeability, making them suitable for preventing soil erosion in road construction and water conservancy projects; In addition, some high-end blankets and carpets will also use this filament, whose fluffiness and wear resistance can enhance the product's service life and user experience.
5.Special functional areas
It can also be used for some segmented functional scenarios. For example, in the field of military camouflage, the full extinction characteristic combined with the low reflection effect of the three leaf cross-section can reduce the reflection of the fabric in the wild environment, which can be used to make military camouflage fabrics; In the field of textile sensing, fiber optic sensors with a three leaf structure have higher sensitivity and can be used to make textile touch sensors, or to adapt lighting elements and optical antennas for different lighting modes and other special textile products.
