Carbon Fiber Plate
Runway manufactures Carbon Fiber Plate, carbon fiber sheets and carbon fiber board solutions for lightweight structural, mechanical and appearance-critical applications. Our product range includes solid carbon fiber laminates, CNC-machined plates, large-format sheets, sandwich panels and carbon fiber honeycomb panels for UAVs, robotics, industrial equipment, automotive components and other OEM projects.
Unlike conventional metal sheet, a carbon fiber composite plate can be engineered through fiber orientation, laminate thickness and reinforcement structure. This gives designers greater flexibility to reduce component weight while maintaining stiffness in the required load directions.
Runway supports both standard products and custom carbon fiber sheet manufacturing. Customers can provide drawings, required dimensions, thickness, surface finish, machining details and application information for technical evaluation, from prototype development through repeat production.
The terms Carbon Fiber Plate, carbon fiber sheets and carbon fiber board are often used for similar flat CFRP products. The correct option should be selected according to thickness, laminate structure, structural load and whether secondary machining is required.
● Solid Carbon Fiber Plate: Rigid laminated CFRP plate for structural components, frames, brackets and machine parts.
● Carbon Fiber Sheets: Flat carbon fiber laminates available in different dimensions and thicknesses for general engineering and fabrication.
● Carbon Fiber Board: A common purchasing term for rigid carbon fiber sheet or plate used in structural and industrial applications.
● CNC Carbon Fiber Plate: Carbon fiber sheets machined according to customer drawings for holes, slots, contours and finished component profiles.
● Carbon Fiber Sandwich Panel: Carbon fiber face sheets combined with a lightweight core for structures where panel stiffness and low weight are both important.
● Carbon Fiber Honeycomb Sandwich Panel: A lightweight panel structure suitable for larger components requiring high bending stiffness without the weight of a thick solid laminate.
Carbon fiber composite sheets are commonly selected when simply increasing the thickness of aluminum or steel is not an efficient way to meet weight and stiffness requirements.
● High stiffness-to-weight performance: Suitable for structures where rigidity and weight reduction directly affect equipment performance.
● High strength with low component mass: Useful for moving assemblies, UAV frames, robotics and lightweight mechanical components.
● Good fatigue resistance: Suitable for components subjected to repeated operating cycles.
● Corrosion resistance: Carbon fiber composite plates do not rust like conventional steel sheets.
● Designable fiber orientation: Reinforcement can be arranged according to dominant load directions.
● Compact structural solution: Thin and rigid carbon fiber boards can replace heavier components where installation space is limited.
Carbon fiber is anisotropic, which means its mechanical properties vary with fiber direction. Plate selection should therefore consider the actual loading conditions rather than thickness alone.
0° / 90° Balanced Layup
A balanced 0°/90° laminate distributes reinforcement along two principal directions. It is suitable for many frames, brackets, machine components and flat structural parts exposed to loads along both the length and width of the plate.
Quasi-Isotropic Layup
A laminate using 0°, 90°, +45° and -45° fiber directions can be considered where loads come from multiple directions or where shear and torsional forces need to be accommodated.
Application-Specific Layup
For OEM projects, Runway can evaluate the laminate structure according to component geometry and dominant loading conditions. Increasing thickness is not always the most efficient way to improve performance; adjusting fiber orientation may achieve a better balance between stiffness, strength and weight.
Runway supplies multiple carbon fiber sheet and plate configurations, including standard thickness products, large-format sheets and custom specifications for OEM projects.
● Product types: Solid plate, carbon fiber sheet, CNC plate, sandwich panel and honeycomb sandwich panel.
● Thickness: Standard products including 3 mm and 7 mm options, with custom thickness requirements available for evaluation.
● Sheet dimensions: Standard and custom sizes, including large-format carbon fiber sheets.
● Reinforcement: Carbon fiber, with other composite or hybrid reinforcement options available for suitable projects.
● Layup: Balanced, multidirectional or application-specific laminate structures.
● Surface: Different appearance and finish requirements can be discussed according to the application.
● Secondary processing: CNC cutting and machining according to customer drawings.
● Production: Prototype development and repeat batch production.
Surface selection affects both the appearance of the finished part and its compatibility with subsequent bonding, machining or assembly.
● Woven carbon fiber surface for visible components.
● Glossy finish for decorative or exposed parts.
● Matte finish where reduced reflection is preferred.
● Functional surfaces for components requiring additional machining or bonding.
● Custom surface requirements can be evaluated according to the final application.
Many industrial buyers do not simply need a rectangular carbon fiber board. They require a finished component that can be assembled directly into the final product.
Runway provides CNC machining support for carbon fiber plates according to customer drawings.
● Custom outer profiles and contours.
● Mounting holes and bolt patterns.
● Slots and openings.
● UAV and drone structural parts.
● Robotics and automation components.
● Brackets, frames and lightweight machine parts.
For CNC-machined components, customers should provide a 2D drawing or CAD file together with plate thickness, quantity and critical tolerance information. This allows material and machining requirements to be reviewed together.
Runway carbon fiber boards are suitable for engineering applications where reducing moving mass, improving structural rigidity or replacing corrosion-prone metal components provides a practical advantage.
● UAVs and drones: Center plates, frames, equipment mounts and structural panels.
● Robotics: Lightweight arms, moving platforms, equipment supports and structural components.
● Industrial automation: Machine panels, fixtures, supports and precision moving components.
● Automotive applications: Lightweight panels, brackets and specialty structural components.
● Medical equipment: Structural panels and equipment components where lightweight composite materials are advantageous.
● Sporting equipment: Rigid lightweight panels, frames and customized structural parts.
● Marine applications: Components requiring reduced weight and corrosion resistance.
Runway supplies both solid carbon fiber sheets and lightweight sandwich panel structures. The correct choice depends mainly on part dimensions, loading conditions and allowable panel thickness.
Choose Solid Carbon Fiber Plate When:
● The component is relatively small or compact.
● High local strength is required around mounting points or fasteners.
● The part requires extensive CNC machining.
● A thin and rigid structural plate is required.
Consider a Carbon Fiber Sandwich Panel When:
● The panel covers a relatively large area.
● High bending stiffness is required while minimizing weight.
● Greater overall panel thickness is acceptable.
● The project requires a lightweight structural panel rather than a small machined component.
Standard carbon fiber sheets are suitable for many general applications, but OEM projects frequently require a specific combination of dimensions, thickness, layup, finish and machining.
Runway supports custom composite projects from specification review through production.
● Custom sheet length and width.
● Application-specific thickness.
● Fiber orientation and laminate structure.
● Surface appearance requirements.
● CNC-machined finished parts.
● Solid and sandwich panel structures.
● Prototype and repeat OEM production.
Runway specializes in CFRP, FRP and advanced composite structural components rather than acting only as a general-purpose sheet distributor. Our broader manufacturing range includes plates, tubes, rods, profiles, telescopic structures and other custom composite parts.
● Composite manufacturing capability: Runway supplies carbon fiber and fiberglass structural products for multiple industrial applications.
● Engineering support: Our technical team can assist with material selection, laminate structure and customized product development.
● Flexible composite solutions: Carbon fiber, fiberglass, aramid fiber and hybrid reinforcement can be evaluated according to project requirements.
● CNC machining support: Carbon fiber plates can be processed into finished application-specific parts according to drawings.
● Prototype to production: Runway supports customized composite projects from initial development through repeat manufacturing.
● International supply experience: Runway serves customers in multiple overseas markets.
For carbon fiber sheet projects, quality inspection should focus on the dimensions and characteristics that affect later machining, installation and assembly.
● Sheet length and width.
● Plate thickness.
● Flatness and dimensional consistency.
● Surface appearance.
● Machined hole and profile dimensions.
● Edge and machining quality.
● Final inspection before shipment.
Specific inspection requirements can be confirmed according to customer drawings and application needs.
A carbon fiber plate cannot always be quoted accurately from length and width alone. Providing complete technical information allows Runway to better evaluate both the material and processing requirements.
Please provide:
● Required length × width.
● Plate thickness.
● Required quantity.
● Surface or weave preference.
● Structural application.
● Main loading direction.
● CNC machining requirements.
● Critical dimensions and tolerances.
● 2D drawing, CAD file or reference sample when available.
Can Runway manufacture custom carbon fiber sheets?
Yes. Runway can evaluate custom dimensions, thickness, laminate structures, surface requirements and CNC machining according to customer drawings and application information.
Does Runway supply large-format carbon fiber sheets?
Yes. Large-format carbon fiber sheet options are available within Runway's product range. Required dimensions, thickness, surface and quantity should be provided when requesting a quotation.
Can carbon fiber plates be CNC machined?
Yes. Runway provides CNC machining support for carbon fiber components. Customers can provide drawings containing hole positions, profiles, dimensions and tolerance requirements for evaluation.
How do I choose the right carbon fiber plate thickness?
Thickness should be selected according to part dimensions, support conditions, load direction, allowable deflection and laminate construction. For structural projects, it is better to provide application and loading information rather than choosing the plate only by thickness.
Can Runway supply finished carbon fiber components instead of complete sheets?
Yes. For suitable projects, carbon fiber boards can be supplied as CNC-machined finished parts according to customer drawings, reducing secondary processing after delivery.
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+86 156 9543 6852
Science & Technology Industrial Park, Zhangdian, Zibo, Shangdong, China
