Our tubes are manufactured using the Roll-Wrapping Technique, a process renowned for its high concentricity and structural integrity.
Precision-Engineered for Strength, Lightweight Performance & Durability
At Endeavour Engineering, our Carbon Fiber Round Tubes redefine performance with superior strength, lightweight composition, and unmatched durability. Designed for industries demanding high-performance materials, each tube is precision-crafted to deliver consistency, reliability, and full customization.
Specifications
Inner Diameter
4mm to 150mm+ (customizable outer dimensions)
Standard Lengths
1000mm – 1400mm (custom sizes available)
Matte Wax Finish
Standard sleek, professional look
Glossy Acrylic Spray Finish
Enhanced aesthetic appeal
Advanced
Manufacturing Process
Material Selection
We use premium 3K Carbon Fiber Fabric or 3K Pre-Preg for optimal performance.
Precision Wrapping
The carbon fiber is strategically wrapped around a mandrel for even distribution.
Resin Infusion & Curing
- With 3K Fabric, high-performance resin is infused and cured.
- With 3K Pre-Preg, the pre-impregnated material undergoes controlled heat and pressure treatment.
Final Processing
The cured tube undergoes meticulous finishing to ensure flawless quality and precision.
Key Advantages
Exceptional Strength-to-Weight Ratio – High durability without
added weight
Corrosion & Chemical Resistance – Ideal for harsh environments
Thermal Stability – Maintains structural integrity across temperature variations
Customization – Inner diameters, outer dimensions, and finishes tailored to your needs
Precision Engineering – Consistent tube dimensions for seamless integration
Applications
Aerospace & Drones
Lightweight, high-strength solutions for UAVs and aviation
Automotive
Performance-enhancing structural components
Marine
Corrosion-resistant materials for boat masts and marine hardware
Sports Equipment
Used in hockey sticks, golf clubs and bicycle frames
Construction &
Structural
Reinforcement
High-strength, low-weight materials for industrial use
