"Black Diamond" Bamboo Carbon Functional Fiber Fabric Stands Out

At the China International Textile Fabrics and Accessories (Spring / Summer) Expo, the "black diamond" fabric exhibited at a booth in Taiwan attracted many visitors. The original "black diamond" fabric is a fabric made of bamboo carbon fiber, which has been applied in Japan and Taiwan. Bamboo carbon fiber fabric is to use nano technology to micronize bamboo carbon fiber, and then mix it with polyester fiber to become bamboo carbon polyester particles, and then use biochemical technology to draw silk into yarn, and then weave to form the fabric. It is neither a bamboo fiber fabric (the bamboo is spun like a hemp directly into yarn and then made into a fabric), nor is it a bamboo pulp fiber fabric (the bamboo is made into pulp and then drawn into a fabric). Bamboo carbon raw material quality and source, bamboo carbon and polyester fiber compatibility, bamboo carbon polymer high-speed fiberization manufacturing process, bamboo carbon into bamboo carbon fiber and other major high-threshold technical difficulties, the resulting bamboo carbon fiber fabric and other The two types of bamboo fiber fabrics are essentially different.

The raw material quality of bamboo charcoal is very strict. All bamboos can form bamboo charcoal after 800 degree high temperature smoke drying and carbonization process, and all have strong adsorption and decomposition ability, moisture absorption and drying, deodorization, antibacterial and negative ion penetration. Wait for performance. The surface area of bamboo charcoal fired by different bamboo raw materials is not the same. A better one may reach 700 square meters per gram, while the average is only 300 square meters per gram. Selecting high-quality raw materials such as Mengxi Bamboo and Guizhu in Taiwan, the surface area is larger, that is, the pores in the bamboo carbon structure are more, the mineral content is more abundant, and the adsorption capacity is stronger.

The selected bamboo charcoal becomes the guarantee for the fabric to exert its functionality. The adsorption of bamboo carbon makes the fabric hygroscopic and not dry; the microorganisms adsorbed by the pores can decompose harmful substances; the pyrolyzed bamboo carbon can release far infrared rays and produce a health care effect.

Despite these limitations, carbon fiber composites continue to be widely used and researched due to their exceptional strength-to-weight ratio and other desirable properties. Ongoing advancements in manufacturing techniques and material development are expected to further improve the performance and reduce the cost of carbon fiber composites in the future.