Carbon Fiber Composites

Activated carbon fiber cloth is a material made of activated carbon fibers, widely used in many fields. Activated carbon fiber cloth has high adsorption performance. Because activated carbon fiber has a very large pore structure, it can effectively adsorb and remove harmful gases, odors, and pollutants from the air. So activated carbon fiber cloth is widely used in fields such as air purification, gas treatment, and water quality purification. It can be used to make products such as air purifiers, activated carbon filters, gas masks, etc., which can effectively improve indoor quality and protect people's health.

Activated carbon is a highly porous substance that attracts and holds organic chemicals inside it. The material is created by treated carbon fiber with an acid and burning the carbonaceous substance without oxygen. This makes a carbon “char”. The “char” is treated chemically or physically to develop an interconnected series of “holes” or pores inside the carbon. The great surface area of this internal pore network results in an extremely large surface area that can attract and hold organic chemicals.

Activated carbon fiber cloth is a new member of activated carbon fiber series. It is made of natural fiber cloth or artificial fiber cloth by high temperature carbonization and activation. According to the material, activated carbon fiber cloth is divided into two series---viscose base and polyacrylonitrile base. According to the weave, there are two kinds--- plain and twill. It is widely used in various fields such as solvent recovery, air purification, water treatment, deodorant, catalyst carrier, electrode material, medical care, medical rescue, chemical protection, shielding, etc.

Carbon fiber surface mat is a composite material made of carbon fiber material, presenting a mat like or fabric like form. This material is usually formed by arranging and bonding carbon fiber bundles together, with a certain thickness and flexibility. The production process involves treating carbon fibers through specific processes to ensure they have a uniform structure and appropriate density.

The main function of carbon fiber surface felt is to provide surface coverage and protection, and it can also be used as a reinforcing material to combine with other substrates to improve the overall performance of the material. Due to its excellent physical and chemical properties, carbon fiber surface mat has a wide range of applications in many fields.

Carbon fiber surface felt is a material made from carbon fibers through specific processes, usually in the form of felt or fabric. Its main component is carbon fiber, which has high strength, high stiffness, and excellent heat resistance. In the production process of carbon fiber surface felt, carbon fibers are treated and sorted to form a uniform fiber layer, and fixed together by adhesives or other means to form a thin and lightweight felt like structure.

This material has a certain degree of breathability and can be used as a reinforcement material in subsequent composite material production, providing necessary support and strengthening effects. Due to its excellent performance, carbon fiber surface felt is often used as a reinforcement layer or surface layer in the manufacturing of composite materials, thereby enhancing the overall performance and stability of the structure.

Carbon fiber surface tissue is a non-woven material made of carbon fibers, usually directly generated by oriented arrangement of carbon fiber bundles under specific processes. This material has a certain thickness and flexibility to meet different production needs.

During the production process, carbon fiber bundles are treated through thermal bonding, adhesive bonding, or other methods to form a felt like structure. The surface texture of this felt is usually uniform and can maintain a high degree of strength and stability. The production process of carbon fiber surface tissue allows it to have certain breathability and moisture absorption, providing convenience for subsequent use.

Carbon fiber mat is a non-woven material made of carbon fibers. It is widely used in fields such as construction, automotive, aerospace, and sports equipment as a reinforcement material or for insulation, fire prevention, and other purposes. The structure of carbon fiber mat provides excellent processing performance and adaptability while meeting different needs.

The production process of this material usually involves laying or stacking slender carbon fibers in a certain direction to form a felt like shape. Carbon fiber mat can be adjusted according to specific application requirements in terms of fiber type, density, and thickness to meet different engineering and product requirements.

Carbon fiber felt is a non-woven fabric material made of carbon fibers, usually processed through wet or dry processes. Its main components are a combination of long and short fibers, which are interwoven or bonded together through specific methods to form a material with a certain thickness and flexibility. Carbon fiber felt has high strength and excellent thermal stability, and is commonly used in fields that require high-performance composite materials. During the production process, the density and structure of carbon fiber felt can be adjusted according to specific usage requirements.

Carbon fiber surface tissue is a composite material made of carbon fibers, usually in the form of fiber tissue. Its production process involves laying and bonding carbon fibers together in a specific way to form a surface layer. This material has excellent physical and chemical properties, providing high strength and rigidity while maintaining its lightweight characteristics. Carbon fiber surface tissue is commonly used in various industrial and engineering fields as a reinforcement material in composite materials to improve their overall performance.

Carbon fiber surface mat is a versatile and versatile functional and structural material. Carbon fiber thin mat is made using a new process, which has uniform fiber distribution, smooth surface, high breathability, and strong adsorption. Carbon fiber surface mat has these characteristics and is applied in various fields and composite materials, which can fully utilize the excellent properties of carbon fiber materials and effectively reduce costs. In the field of sports and leisure, as well as composite materials, the phenomenon of bubbles and pinholes on the surface of products can be solved by filling the mesh holes of carbon fiber cloth, making the appearance of carbon fiber products more uniform and beautiful, which can effectively reduce costs.

Carbon fiber powder is a small particle obtained by mechanically crushing or chemically treating carbon fibers. The production process usually involves cutting and crushing long carbon fibers into fine particles, and the particle size of the powder can be adjusted according to demand. Due to its source material being carbon fiber, carbon fiber powder mainly contains carbon elements in its chemical composition.

The form of carbon fiber powder is usually black particles, with a lighter texture and a certain degree of fluidity. It can exhibit good high temperature resistance and corrosion resistance, and when this material is specially treated, it may also have a certain degree of conductivity. Due to its stable physical and chemical properties, carbon fiber powder exhibits good compatibility in many fields.

Carbon fiber powder is a small particle obtained by processing carbon fiber materials. It is usually made by crushing, grinding and other processes of carbon fiber raw materials, presenting in granular or powder form. Carbon fiber powder has high strength and lightweight properties, mainly used to improve the performance of other materials, especially to enhance the strength and heat resistance of materials. The manufacturing process may involve high-temperature treatment to ensure the stability and purity of the powder.

Carbon fiber powder is a small particle formed by physical processing such as crushing and grinding of carbon fibers. It is mainly composed of high-purity carbon, forming a powdered form. Due to its high strength and rigidity, carbon fiber powder has received widespread attention and research. This powder varies in size and shape, usually appearing as granular or fine powder.

During the production process of carbon fiber powder, its particle size and distribution can be controlled through different methods to meet different needs. The production process involves multiple steps such as high-temperature carbonization and chemical treatment to ensure its purity and stability of performance. Due to its origin from carbon fiber, carbon fiber powder can inherit the excellent properties of carbon fiber in certain technical aspects.