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Carbon Fiber Rod

Carbon Fiber Rod

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Carbon Fiber Rods for Sale - Solid & Hollow Rods in Multiple Sizes

      

Carbon fiber rod:A carbon fiber rod is a high-performance structural component made from aligned carbon fibers bonded with a polymer resin (typically epoxy). The fibers provide exceptional strength and stiffness along the rod's length.PROPERTY• ...
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Carbon fiber rod:A carbon fiber rod is a high-performance structural component made from aligned carbon fibers bonded with a polymer resin (typically epoxy). The fibers provide exceptional strength and stiffness along the rod's length.

PROPERTY

• High Strength-to-Weight Ratio: Stronger than steel at a fraction of the weight (~1/4 to 1/5).

• High Stiffness (Modulus): Excellent resistance to bending and deflection.

• Low Thermal Expansion: Dimensionally stable across temperature ranges.

• Corrosion & Fatigue Resistant: Does not rust and withstands repeated stress cycles well.

• Good Vibration Damping: Absorbs and dissipates energy effectively.

• Electrically Conductive: A consideration for electrical applications (can be pro or con).

• X-Ray Transparent: Useful in medical and aerospace imaging.

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Specifications

Carbon Fiber Rod Types & Characteristics Comparison Table

Type Primary Process Key Characteristics Pros Cons Typical Applications
Solid Round Rod Pultrusion Solid cylinder, smooth surface. Highest bending stiffness, cost-effective, readily available, easy to mount. Lower weight efficiency than tubing, can be heavy for its diameter. Light structural struts, push/pull rods, shafts, DIY projects, tool handles.
Hollow Round Tube Pultrusion / Roll Wrap Hollow cylinder, most common form. Best stiffness-to-weight ratio, large diameter for high inertia, versatile. Ends require reinforcement to prevent crushing, connection can be more complex. UAV arms, robotic frames, sports equipment (e.g., fishing rods), structural beams.
Square / Rectangular Tube Pultrusion / Molding Square or rectangular cross-section. Easy to fixture and align to flat surfaces, good torsional resistance. Stress concentration at corners, slightly heavier than round tube (for same perimeter). Frame structures, rails, lightweight trusses, automation frames.
High Modulus Rod/Tube Roll Wrap / Filament Wind Made from ultra-high-modulus carbon fiber. Exceptional rigidity, minimal deflection, extremely lightweight. Very expensive, can be more brittle with lower impact resistance. Aerospace components, high-end racing drones, precision instruments, top-tier fishing rods.
Surface Finish - Glossy vs. Matte vs. 3K Twill Weave. Glossy/Matte (Pultruded): Low cost, hard surface.Twill Weave (Roll Wrapped): Aesthetic, slightly better tear resistance. Weave surface is typically more expensive; texture may affect adhesive bonding. Consumer/Aesthetic Parts: Choose woven.Industrial/Structural: Choose cost-effective glossy/matte.

                                            

Applications

Aerospace & Drones: UAV arms, structural supports, antenna rods.

Robotics & Automation: Lightweight arms, frames, and linkages for high speed and precision.

High-End Sporting Goods: Fishing rods, kite spars, tent poles, arrow shafts, crossbow bolts, drone racing frames.

Industrial & DIY: Pushrods (RC planes, machinery), trusses, calibration tools, prototypes.

Medical: Components for imaging equipment, prosthetics, surgical tools.

Automotive: Lightweight components for racing and high-performance vehicles.

                         

MANUFACTURING PROCESSES

Pultrusion: Most common for straight rods. Cost-effective, yields a smooth, glossy finish.

Roll Wrapping: Uses prepreg fibers for higher performance and a true woven appearance.

Filament Winding: Fibers are wound at specific angles, ideal for hollow tubes and torsional control.

Compression Molding: For complex or non-uniform shapes.

                                                 

PACKING AND STORAGE

1.Palletization (for large orders):

Multiple cartons are securely stacked and strapped to a standard export wooden pallet.

The entire pallet load is then wrapped tightly with stretch film and/or covered with a waterproof plastic sheet for unitization and weather protection.

2.Tertiary Protection (Master Carton):

The tube(s) are then placed inside a heavy-duty, corrugated export-grade master carton.

All void spaces within the carton are filled with PE foam peanuts, air cushions, or custom-cut foam inserts to eliminate any movement during transit.

The carton is clearly labeled with handling icons ("Fragile," "Do Not Bend," "Keep Dry," "This Side Up") and product information (P/N, Qty, Length, etc.).

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