Carbon Fiber Products With Complex Shapes Description
Carbon fiber is a long and thin strand of fiber composed mostly of carbon atoms. As carbon atoms are bonded together in crystals within the fibers. As the carbon crystals are more or less formed parallel to the long axis of the fibers, the material is extremely strong for its size.
Thousands of carbon fibers, usually 3k~12k for consumer products, are twisted together to form a yarn. These carbon fiber yarns are further fabricated or weave into carbon cloth, which is the foundation of most carbon fiber products that we can find on the market. Then, carbon cloth would be combined with epoxy or other polymers and molded into different shapes for various applications. Carbon fiber materials are so strong that even materials made by lower grade carbon fibers, e.g. T300, have great strength if designed and manufactured in a proper way.
Carbon fiber parts are light weighted, compared with similar components made by metal. Carbon fiber composite materials are used to make high-performance sports equipment, including bicycle frames, fishing rods, automobile body parts, frames for models, and more. High-quality carbon fiber materials are applied in aviation industries to replace traditional alloys.
Carbon Fiber Products With Complex Shapes Specification
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Catalog No.
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GR0461
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Density
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1.6 - 2.0 g/cm³
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Tensile Strength
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3000 - 7000 MPa
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Tensile Modulus
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200 - 600 GPa
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Coefficient of Thermal Expansion
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0.5 - 2.0 × 10^-6 /°C
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Thermal Conductivity
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30 - 120 W/(m·K)
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Conductivity
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10^2 – 10^6 S/m
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Operating Temperature
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300 - 350°C
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Carbon Fiber Products With Complex Shapes Applications
We have produced carbon fiber parts for a wide variety of applications including:
Industrial Equipment
Robotics
RC Hobby Devices - Race Cars, Helicopters, Quadcopters, etc.
Marine
Carbon Fiber Products With Complex Shapes Packing
Our Carbon Fiber Products With Complex Shapes are carefully handled during storage and transportation to preserve the quality of our product in its original condition.
Carbon Fiber Products With Complex Shapes Advantages
One of the advantages of carbon fiber and composites is that virtually any shape or size can be fabricated. All that is required is a tool or mold, that is used to form the layers of carbon fiber.
