Carbon Hybrid Fiber Fabric

Glass carbon fiber mixed woven fabric is a composite material substrate made by mixing glass fiber and carbon fiber through a specific weaving process. It combines the advantages of two types of fibers, with high strength, lightweight, corrosion resistance, and designability, and is widely used in aerospace, automotive, sports equipment, ships, and other fields.
With the continuous advancement of technology and the increasing demand for material properties, fiberglass composite fabrics will usher in a broader development space. In the future, fiberglass composite fabrics are expected to achieve breakthroughs in more fields, such as new energy, electronic information, and so on. At the same time, with the continuous improvement of production technology and the continuous reduction of costs, fiberglass carbon fabric will also be closer to people's daily lives and make greater contributions to the sustainable development of society.

Fiberglass carbon hybrid fiber fabric is a new type of composite material made by mixing and weaving glass fibers with carbon fibers. It inherits the advantages of high strength, high modulus, and low elongation of glass fiber, while also endowing the material with more special properties through carbon fiber. These characteristics make glassy carbon hybrid fiber fabric stand out in many fields and become a good choice to replace traditional materials.
Specifically, the high-strength characteristics of glassy carbon hybrid fiber fabric enable it to withstand significant tensile, compressive, and bending forces, while its corrosion resistance enables it to work stably in harsh environments for a long time. In addition, the glass carbon hybrid fiber fabric also has good insulation, fire resistance, and aging resistance, further expanding its application range.

Carbon fiber aramid fiber hybrid fabric is a new type of composite material composed of a mixture of carbon fiber and aramid fiber. It combines the advantages of both fibers and has characteristics such as high strength, high toughness, corrosion resistance, and impact resistance. Aramid carbon fiber hybrid fabric is known for its excellent strength and stiffness. It combines the high strength and high modulus of carbon fiber with the excellent performance characteristics of other fibers, making the material lightweight while bearing high loads.
Due to its unique structure containing aromatic compounds, the aramid carbon hybrid fiber fabric can maintain stable physical and chemical properties without deformation or degradation in high-temperature environments, making it suitable for high-temperature furnace components and aerospace fields.

From the perspective of performance, the tensile strength of aramid carbon hybrid fiber fabric can reach 800-1200 MPa (depending on the presence of resin and the ratio of resin system to fibers), and the interlaminar shear strength (ILSS) can be increased to 40-60 MPa, significantly better than single fiber composite materials. Its unique damping characteristics stem from the viscoelastic behavior of aramid, which can absorb vibration energy and reduce fatigue damage. For example, in racing car frames or high-end bicycle components, it can reduce the long-term impact of high-frequency vibrations on the structure.
Through a specific blending strategy: aramid's toughness can effectively buffer dynamic impact loads, preventing the overall structural failure of carbon fiber due to brittle fracture, while carbon fiber provides rigid support for the material through its high modulus characteristics, significantly improving its bending, compressive, and torsional properties.

Aramid carbon hybrid fabric is a high-performance reinforcement material made by combining aramid fibers with carbon fibers through precision weaving technology. Its design intention is to combine the complementary characteristics of the two fibers to meet the comprehensive performance requirements in extreme mechanical environments. Aramid fiber is known for its excellent impact resistance, cutting resistance, and energy absorption ability. Its density is about 1.44 g/cm ³, and its decomposition temperature can reach up to 500 ° C. It can maintain structural stability in high temperature environments; Carbon fiber (such as T700 and T800 series) has the core advantages of high rigidity (elastic modulus up to 230-600 GPa), high strength (tensile strength 3.5-7 GPa), and lightweight (density 1.75-19.5 g/cm ³), but there are shortcomings such as high brittleness and weak anti delamination ability. So combining two types of fibers with their respective characteristic advantages.

Carbon aramid hybrid fiber fabric is a fabric made by weaving carbon fiber and aramid fiber through plain weave and twill weave. Aramid fiber cloth has properties such as high strength, high toughness, corrosion resistance, and insulation. Its strength is five times that of steel of the same quality, but its density is only one-fifth that of steel; Due to its tough and wear-resistant materials, as well as its combination of rigidity and flexibility, it is known as the armored material in military terms. Carbon fiber has the advantages of high strength, light material weight, small thickness, good flexibility, ability to wrap complex shaped components, long storage life, and long operability. The blending of carbon fiber and aramid fiber changes the monotonous black color of carbon fiber.

Carbon fiber hybrid woven fabric is a composite material substrate made by combining carbon fiber with other fibers (such as glass fiber, aramid fiber, basalt fiber, or thermoplastic fiber) in specific proportions, directions, and weaving methods. Its design purpose is to integrate the mechanical, thermal, or functional properties of different materials through the synergistic effect of fibers to meet specific engineering requirements.
The manufacturing process of carbon fiber hybrid fabric includes selecting suitable fiber raw materials, weaving methods, and post-processing techniques. In terms of market applications, mixed woven fabrics have broad prospects in aerospace, automotive manufacturing, sports equipment and other fields, especially in products that require high strength and lightweight performance. With the advancement of technology and the reduction of costs, the application scope of carbon fiber hybrid fabrics will further expand.

With the continuous development and innovation of technology, new materials emerge one after another. Among them, aramid carbon hybrid fiber fabric, as a high-performance composite material, has received widespread attention and application. Aramid carbon hybrid fiber fabric is a high-performance composite material woven from a mixture of carbon fibers and aramid fibers. It combines the high strength and rigidity of carbon fiber with the high toughness and impact resistance of aramid fiber, and has multiple unique advantages.
Aramid carbon hybrid fiber fabric is renowned for its excellent strength and stiffness. It combines the high strength and high modulus of carbon fiber with the excellent performance characteristics of other fibers, making the material lightweight while bearing high loads. Aramid carbon hybrid fiber fabric has been widely used in many fields and continuously promotes the development and innovation of related industries due to its high strength, high thermal stability, and excellent electrical properties.

Aramid carbon hybrid fabric is a high-performance composite material made by mixing aramid fibers and carbon fibers through a specific weaving process. Its core feature is the combination of the excellent properties of two types of fibers, forming a lightweight, high-strength, and high toughness structural material. Aramid fibers have characteristics such as high toughness, impact resistance, cutting resistance, fatigue resistance, and low density. Carbon fiber has characteristics such as high strength, high modulus, high temperature resistance, electrical and thermal conductivity, and creep resistance.Aramid carbon hybrid fabric has been widely used in many fields and continuously promotes the development and innovation of related industries due to its high strength, high thermal stability, and excellent electrical properties.

Hybrid fabrics are woven by more than two kinds of different fibres materials (Carbon fiber, Aramid fiber, Fiberglass,Basalt fiber and other composite materials), which have the great performance of composite materials in impact strength, rigidity and tensile strength. We can provide all kinds of colors and high performance hybrid fabrics with aesthetic design and woven technology. And we can supply custom width,weave,thickness,weight according to what customer want.

Carbon aramid hybrid fabric is a new type of composite fiber fabric It not only has the characteristics of carbon fiber and aramid fiber, but also looks beautiful. It has good fire resistant, chemical resistant, low density, high strength. Carbon aramid fiber hybrid fabric is used in fields such as automobiles, sports equipment, fashion bags, etc. Carbon aramid hybrid fiber fabric has multiple color options, such as yellow, black, red, blue, etc., and can be customized according to needs. The styles are also diverse.