High-Strength Pull Wound Carbon Fiber Tube for Heavy-Lift Drones

Engineered for the demanding requirements of the modern aerospace and UAV industry, E-YOUNG Composites’ Pull Wound Tube represents the pinnacle of lightweight structural design. Utilizing the advanced pull winding manufacturing process, this tube delivers an unparalleled strength-to-weight ratio and exceptional torsional stiffness, making it the ideal choice for large, heavy-lift drone arms where performance and reliability are non-negotiable.

• Superior Stiffness & Strength: The unique pull winding process aligns continuous carbon fibers in a helical pattern, optimizing the tube for multidirectional loads experienced by drone arms in flight.

• Ultra-leve: Significantly lighter than aluminum or steel, reducing the overall weight of your UAV and extending flight time and payload capacity.

• Exceptional Durability: High resistance to fatigue, corrosion, and impact, ensuring long-term performance in harsh operational environments.

• Precision Engineering: Consistent wall thickness and excellent concentricity for reliable and predictable performance in every batch.

• Customizable Inner Diameter: Tailor the tube’s properties to your specific needs with available inner diameters of 44mm, 45mm, or 46mm.

• Product: Pull Wound Carbon Fiber Tube

• Primary Application: Heavy-Lift Drone Arm / UAV Structural Component

• Processo de fabrico: Pull Winding

• Outer Diameter (OD): 50 mm (Standard)

• Inner Diameter (ID): 44 mm, 45 mm, 46 mm (Customizable upon request)

• Material: High-Modulus Carbon Fiber & Epoxy Resin

• Minimum Order Quantity (MOQ): 300 meters

• Comprimento: Custom lengths available

The pull winding process combines the benefits of pultrusion (high continuous fiber volume) and filament winding (optimized hoop strength). This results in a composite tube with:

• Higher axial strength than filament-wound tubes.

• Better crush resistance and hoop strength than pultruded tubes.
  This makes it perfectly suited for drone arms that must resist bending moments and torsional forces simultaneously.

• Heavy-Lift Unmanned Aerial Vehicle (UAV) Arms

• Agricultural Spraying Drones

• Delivery & Logistics Drones

• Industrial Inspection UAVs

• Other robotic and automated structural components requiring high stiffness and low weight.

Ready to Enhance Your Drone’s Performance?
Leverage the advanced properties of our pull-wound carbon fiber tubes for your next project. Our technical team at E-YOUNG Composites is ready to support you from prototype to production.

Email us directly at: info@carbonfibercfk.com