Polyester viscose fabric is a functional textile material blended or interwoven with polyester (polyester fiber) and viscose (man-made cellulose fiber). It is widely used in apparel, home textiles, and industrial textiles. Its core value lies in combining the complementary properties of the two fibers, retaining the strength and durability of polyester with the comfort and moisture absorption of viscose, creating a unique combination of performance advantages.
Based on the raw material characteristics, polyester typically accounts for 60%-80%, giving the fabric a crisp, wrinkle-resistant feel, easy washing and quick drying, and dimensional stability. Its high melting point (approximately 255°C) makes it resistant to high-temperature ironing, making it suitable for frequent washing or long-term use. A 20%-40% viscose fiber content significantly enhances the fabric's skin-friendly feel and moisture absorption and breathability. Viscose's moisture regain can reach 13%, far exceeding polyester's 0.4%, effectively improving the stuffiness associated with pure polyester fabrics. This structural design allows polyester-viscose fabrics to maintain their easy-care properties while more closely resembling the wearing experience of natural fibers.
In terms of production, these fabrics often utilize ring spinning or open-end spinning techniques to optimize fiber arrangement. Adjusting the blend ratio allows precise control of performance characteristics: versions with a high polyester content are suitable for wear-resistant applications such as workwear and outdoor workwear, while versions with a high viscose content are often used in shirts and casual wear, where comfort is paramount. Regarding dyeing, polyester requires disperse dyes at high temperatures and high pressures, while viscose is suitable for room-temperature dyeing with reactive dyes. Therefore, segmented or single-bath dyeing techniques are required to ensure consistent color fastness.
Current industry trends indicate that polyester-viscose fabrics are upgrading towards functionalization: adding antimicrobial and UV-resistant finishes to increase added value, or blending with spandex to enhance elasticity to meet the needs of the sportswear market. With increasing environmental protection requirements, the combination of recycled polyester and lyocell (a next-generation viscose alternative) is also increasing, driving this category towards sustainable textiles. Its characteristics of "balanced performance and controllable costs" enable it to continue to occupy an important position in the mid-range textile market.
