In modern manufacturing, materials science has become a critical factor in industrial competitiveness. The widespread adoption of advanced composites and aluminum alloys has not only transformed the design of high-performance sport engines but also propelled technological advancements in the automotive, aerospace, and high-performance industrial equipment sectors. These two material categories, due to their unique properties, demonstrate significant trends and value across diverse manufacturing applications.

Founded in 2000, Fone Tai Enterprise Co., Ltd. is headquartered in the Longjing Industrial Zone of Taichung, Taiwan, with an extensive network of partners across northern, central, and southern regions. Since its inception, the company has adhered to the philosophy, “To achieve remarkable craftsmanship, one must dedicate diligent effort.” Under the leadership of founder and current Chairman Chao Shih-Jung, Fone Tai has leveraged deep industry knowledge and innovative R&D to gradually build world-class fabric products and a professional technical system.

In today’s textile industry, with the growing awareness of environmental protection, sustainable development and eco-friendly materials have become mainstream trends. This fabric for sports support and rehabilitation braces is designed for long-term wear, providing exceptional comfort while offering excellent breathability. Its breathable properties effectively keep the skin dry, reducing odors and bacterial growth, ensuring the freshness and hygiene of the wearer.

Every textile product tells a story about its fibers. Its appearance, feel, and performance are all intricately linked to the textile fibers that make it up. Understanding the physical properties (e.g., strength, elasticity) and chemical properties (e.g., moisture absorption, heat resistance) of fibers is key to grasping the core value of a textile product. This article aims to systematically dissect the secrets of natural, man-made, and innovative fibers, building a comprehensive knowledge system for readers.

Carbon fiber composite materials need to be processed using a molding process from prepreg to the final part. With the development of carbon fiber technology, the molding process of carbon fiber composite materials is also constantly improving. However, various molding processes of carbon fiber composite materials do not exist in the way of updating and eliminating, and often a variety of processes coexist to achieve the best effect under different conditions and different situations.

Carbon neutrality, inflation, and rising energy costs will speed up the restructuring of the textile fiber supply chain. Suppliers with vertically consistent factories and green products are expected to win.

Optical fiber computer technology then entered the field of machinery, with applications in passive components, light guide plates, vehicles, batteries, biotechnology, and other industries.