Ship to Any Country Free at $50
Free shipping on all orders over $50
7-15 days international
10 people viewing this product right now!
30-day free returns
Secure checkout
90965756
OD: 50mm (approximately 2")ID: 46mm (approximately 1-13/16")Length: 1250mm (approximately 49.2")Finish and Appearance: 3k twill weave, matteCarbon fiber is the forefront of lightweight and high strength design. This tube's 3K twill weave pattern offers the perfect combination of lateral strength and crush resistance resulting in a tube that is both much stronger than steel, and much lighter than aluminum. Containing no metal means that it will not rust or corrode in wet or underwater environments. Having a matte finish provides an excellent surface for adhesives and paints. These features make it the perfect choice for mobile and outdoor mechanical frames, robotic apparatuses, RC aircraft spars, sports equipment, and telescoping poles. Carbon fiber is a great replacement for metal tubes and poles in most applications.
[ACTUAL DIMENSIONS- 50mm OD, 46mm ID, 1250mm Length, 2mm Wall Thickness] [NOMINAL DIMENSIONS- 2in OD, 1-13/16in ID, 49.2in Length, 1/16in Wall Thickness]
Cut to length with an abrasive chop saw. Manufactured with a 3K twill weave which is the optimum weave for carbon fiber tubing to maximize strength and formability. The matte finish is great for surface coating and adhesive bonding applications.
Extremely lightweight and high-strength composite alternative to aluminum or steel tubing with a much higher rigidity, which will minimize flexing under load and offer the stiffest structure possible. It is the ideal choice for your application.
Carbon fiber composite tubing is used in various high-performance applications like, RC aircraft, drones, helicopters and quadcopters, sports equipment, robotics, lightweight framing and frames.
It is incredibly lightweight, allowing it to be used in highly portable applications where weight is a premium. Corrosion, water, heat, and fatigue resistance that is great for outdoor applications and wet environments.
