Polyester patterned fabric is an important synthetic fiber. Excellent wear resistance, wrinkle resistance, easy washing drying properties. Polyester patterned fabric is often used as polyester suit fabric. However, a single polyester fiber may not meet all needs.The blending process of polyester and other fibers came into being. Among them, polyester metallic fabric is our company’s classic product.
Development of polyester blending process
The polyester blending process may have initially focused on simple fiber blending. Polyester patterned fabric is mixed with other fibers by physical methods to obtain the comprehensive performance of the blended fibers. With the advancement of science and technology and the innovation of textile technology, the blending process has been continuously developed and improved.
1. Optimize fiber blending ratio and blending method
Today, polyester can be blended with materials such as cotton, wool, viscose, nylon and spandex. Different blending ratios and processes will also affect the final performance of the fabric. Adjusting the ratio of polyester and other materials, to obtain both the advantages of polyester and others.
Optimize the pretreatment and spinning process of fibers in the blending process. Technological innovation in each link will have an important impact on the performance of the final product.
Use advanced spinning technologies, such as compact spinning and siro spinning, to improve the quality and strength of yarn.
Control parameters such as tension and speed during spinning to ensure the uniformity and stability of yarn.
Control parameters such as warp and weft density and tension during weaving to ensure the flatness and structural stability of fabric.
Use appropriate finishing technologies, such as shaping, elongation, and softening treatment, to improve the dimensional stability, softness, and comfort of fabric.
Strictly control temperature, humidity, and other conditions during finishing to avoid damage to fabric.
2. Environmental protection requirements
In recent years, with the enhancement of environmental awareness and the demand for sustainable development, the polyester blending process is also developing in a more environmentally friendly and efficient direction.
Use biodegradable materials to replace some polyester fibers to reduce environmental pollution;
Use new spinning technology to improve the production efficiency and quality of blended yarns;
Improve the appearance and feel of blended fabrics through advanced post-processing technology.
In short, the development of polyester blending technology is a process of continuous progress, which will continue to promote the improvement of polyester blended products in terms of performance, environmental protection and sustainable development to meet the increasingly diversified market needs.
Polyester metal fabric
Polyester metal fabric combines polyester fiber with metal elements. This fabric not only inherits the original properties of polyester fiber, such as excellent wear resistance, wrinkle resistance and easy washing and quick drying, but also gives the fabric unique performance and appearance by incorporating metal elements.
Features of polyester metal fabric:
- The addition of metal elements to polyester fabrics gives the fabrics a conductive shielding function. Effectively protect human health and reduce the impact of static electricity and electromagnetic radiation.
- The reflective effect of metal elements also makes polyester metal fabrics have a very good reflective light effect under sunlight or light. Especially after being made into ready-made clothes, it looks straight, shaped, noble and gorgeous when worn.
Application of polyester metal fabric:
This fabric is widely used in the manufacture of men’s and women’s fashion coats. High-end casual cotton-padded clothes, casual down jackets, etc.
As polyester suit fabric, the metallic luster and excellent performance make the clothing look fashionable and comfortable to wear. Showing elegant, luxurious, romantic temperament and taste.
Polyester metal fabric is also widely used in scientific research, military high-tech, electronics, medical and other industries, showing its high added value. With the development of science and technology, the production process and performance of polyester metal fabric are also constantly improving and perfecting to meet the needs of more fields.
Today, polyester has become the world’s largest variety of synthetic fibers, and its output and application areas are still expanding. With the advancement of science and technology and the growing demand for high-performance fibers, the future development prospects of polyester are still very broad.