Carbon Fiber Strip

Carbon Fiber Strip (also known as Carbon Fiber Plate or Plank) is a high-performance linear composite material manufactured through the pultrusion process. Continuous carbon fiber filaments are pulled through a heated die while being saturated with premium epoxy resin. This precise, continuous cured profile delivers exceptional longitudinal tensile strength and rigidity, far exceeding traditional metals like steel and aluminum at a fraction of their weight

Advantages

Elite Tensile Strength

Delivers incredible structural reinforcement along the fiber direction, offering a tensile strength up to 10 times higher than structural steel

Ultra-Lightweight Efficiency

Weighs only about one-fifth (1/5) of steel and two-thirds (2/3) of aluminum, allowing you to maximize structural strength without adding unnecessary weight

Corrosion & Chemical Proof

100% resistant to rust, salt water, acids, alkalis, and harsh atmospheric conditions, making it an ideal long-term alternative to metal strips

Low Thermal Expansion

Maintains perfect dimensional stability and straightness across a wide temperature range, resisting warping or sagging over time

Consistent Quality

The continuous pultrusion manufacturing method ensures completely flat surfaces, uniform thickness, and highly predictable mechanical properties throughout the entire length of the strip

Applications

Structural Concrete Reinforcement

Heavily utilized in civil engineering to repair, strengthen, and seismic-retrofit concrete beams, bridges, columns, and building floors

Drone & RC Model Frames

Served as the core high-rigidity backbone, landing gear structural supports, and arm braces for commercial drones and radio-controlled model aircraft

Wind Turbine Blade Stiffeners

Embedded as internal structural spars and root reinforcements inside large wind energy turbine blades to prevent deflection under heavy wind loads

Sports & Leisure Equipment

Integrated into musical instruments (such as guitar neck reinforcement rods), bows, skis, kite frames, and sports shoes to enhance structural snap-back and stiffness

Automation Components & Robotics

Used for pick-and-place robotic arms, linear guide rail supports, and high-speed automated machinery parts where low inertia and high rigidity are required

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