Durable & High Strength Round Shaped Roll Wrapped Carbon Fiber Tube

Our roll-wrapped carbon fiber tubes are manufactured by wrapping multiple layers of 12k UD and 3k twill/plain carbon fiber prepregs around a metal mold and then cured at high temperature. The UD prepregs are used in core layers, whereas the Twill/Plain is on the surface. Based on your requirement, we can also use Kevlar and glass fiber.

Our round-shaped Wrapped Carbon Fiber Tube is engineered for high-performance applications requiring an exceptional strength-to-weight ratio and dimensional precision. Manufactured using the roll-wrapping process, this tube combines multiple layers of unidirectional carbon fiber with a 3K woven outer layer for enhanced stiffness, durability, and visual appeal. Ideal for use in aerospace, robotics, UAVs, and industrial automation, this carbon fiber tube offers excellent resistance to bending and torsion while maintaining lightweight characteristics.

Key Features

• Precision round shape with smooth surface finish
• Roll-wrapped construction for superior strength and stability
• 3K woven carbon fiber outer layer for enhanced aesthetics
• Lightweight yet extremely rigid and impact-resistant
• Ideal for structural and mechanical applications

Carbon fiber tubes are advanced composite materials that exhibit great stiffness and strength-to-weight ratio. Constructed using high-quality carbon fiber fabric, these tubes are prepreg-wrapped for enhanced consistency, strength, and durability. Their manufacturing process ensures an optimal fiber-to-resin ratio, offering superior mechanical properties and high performance. They feature a ribbed (toothed) finish due to the use of hi-shrink tape during the curing process, resulting in a surface that enhances grip. They are ideal for a range of demanding structural and cosmetic applications:

• Aerospace: Lightweight and durable components for aircraft structures, such as airplane spars, UAV frames, and satellites.
• Automotive: High-performance parts like mechanical components and structural reinforcements in electric vehicles for weight reduction.
• Sports and Recreation: Components such as bicycle frames, fishing rods, and archery equipment.
  Industrial Uses: Structural elements like robotic arms, precision tools, and machinery supports.
• Construction and restoration applications: Strong, lightweight beams, durable reinforcements, and sleek, modern structural or decorative elements.