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Carbon fibres are long and thin strands that consist predominantly of carbon atoms. The carbon atoms bond to form crystal structures within the fibres. Given that the carbon crystals align approximately parallel to the fibres' longitudinal axis, the material exhibits a high strength-to-size ratio.
Carbon fibres are long, thin strands made primarily of carbon atoms. The atoms are bound together as crystals within the fibres. The crystals are oriented more or less parallel to the fibre’s longitudinal axis, thereby ensuring high strength relative to the dimensions. Typically, 3 000 to 12 000 fibres are twisted together to form a yarn.
These carbon fibre yarns are processed further or woven into carbon fabric. The fabric serves as the basis for most carbon fibre products available on the market. The fabric is then combined with epoxy resin or other polymers, thereby being shaped into various forms for different applications.
Carbon fibre materials exhibit high tensile strength when designed and manufactured according to technical specifications. The carbon fibre components are lighter than similar components produced from metal. Carbon fibre composite parts are used in the production of sports equipment, bicycle frames, fishing rods, body panels, model structures and other items. In the aerospace industry, carbon fibre materials are used to replace conventional alloys.
Carbon Fibre Sheets and Panels: Our carbon fibre sheets and panels are manufactured to meet structural requirements. They are used in components from aircraft parts to automotive body panels.
Carbon Fibre Tubes and Rods: The tubes and rods provide stiffness and durability. They are used for constructing lightweight structures such as drone frames, robot arms and sports equipment.
Carbon Fibre Fabrics: The fabrics are produced to be saturated with resins. They are used in creating composite structures for maritime and industrial applications.
Carbon Fibre Reinforcements: These reinforcement materials support structural integrity. They increase impact resistance and improve overall performance in various applications.
Lightweight Strength: Carbon fibre exhibits a high strength-to-weight ratio, thereby reducing the need for additional mass. This ratio has been quantified in several studies.
Stiffness: The products offer sufficient stiffness, which allows for stable operation in applications such as aerospace and robotics. This enables accurate system control.
Corrosion Resistance: Carbon fibre inherently resists corrosion, thereby ensuring durability in challenging environments. The material meets established corrosion standards.
Versatility: Carbon fibres are manufactured into intricate shapes. This versatility permits the construction of components that meet both functional and design requirements.
Stringent Quality: We source our carbon fibre products from validated suppliers. Each product undergoes inspection to ensure that it complies with industry standards.
Customisation: We recognise that each project has specific requirements. Our expert team collaborates with clients to develop tailored carbon fibre solutions that meet project needs.
Technical Expertise: Our team possesses detailed knowledge in material science and engineering. They provide technical support, advice and recommendations to guide product selection.
Global Availability: We offer international shipping and support. This provision ensures that our carbon fibre products are accessible across diverse industries worldwide.
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