Product Details
Product Introduction
Oxford yarn-dyed fabric is a high-quality textile product developed by Nantong Qianjun Textile Technology Co., Ltd., specially designed for customers in the B2B market. The fabric uses Oxford yarn dyeing technology and the unique weaving process of high-grade yarns to give the fabric excellent texture and durability. The company uses top-quality raw materials such as Lycra spandex from INVISTA, Tencel fiber and Modal fiber from Lenzing, Austria, and viscose fiber to ensure that the fabric has excellent elasticity, softness and environmental protection characteristics. At the same time, Nantong Qianjun Textile Technology Co., Ltd. also makes full use of the environmental protection concept of polyester and the acrylic fiber technology of Japan's Toray to further improve the warmth retention and moisture resistance of the fabric.
Advantages and features
1. Use high-quality raw materials: Use top-quality fibers such as INVISTA Lycra Spandex, Lenzing Tencel, Modal and Viscose to ensure the fabric's excellent elasticity, softness and environmental protection properties.
2. Unique weaving technology: Through Oxford cloth yarn dyeing technology and leading weaving technology, the fabric has excellent texture and durability.
3. Excellent warmth retention and moisture-proof performance: Combining the environmental protection concept of polyester and Japan Toray acrylic fiber technology, the performance of the fabric in warmth retention and moisture-proof is further improved.
4. Meet diverse needs: The company has strong R&D capabilities, can quickly capture international fabric development trends, and provide mass-produced and customized professional textile solutions.
5. Diverse color options: The fabrics offer a rich variety of color options, providing designers with a broad creative space.
Application Scenario
1. High-end clothing: especially suitable for high-end products of well-known brands.
2. Designer creativity: Provide designers with high-quality fabrics required for creative design.