High Strength Carbon Tube Woven Finish Roll Wrapped Tube 30x28 1000mm

Product Description

High Strength Carbon Tube Woven Finish Roll Wrapped Tube 30x28 1000mm

High strength roll wrapped carbon fibre tube with a glossy, woven carbon fibre finish making them a great choice for a huge range of both structural and cosmetic applications including drones, UAVs, camera rigs, automation, tripods, lightweight structures and much more.

Specifications:

• Size:30mm out diameter 28mm inner diameter
• Length: 1000mm
• 100% Carbon Fiber

Our carbon fibre tubes are manufactured with a high volume fraction of carbon fibre in a vinylester or epoxy matrix.

We manufacture a wide range of unidirectional tubes from 1mm up to 12.7mm in diameter. Unidirectional carbon fibre tubes provide great mechanical properties and give the maximum longitudinal strength.

Carbon tubes 14mm and above in diameter are pullwound and manufactured in an epoxy matrix. The carbon fibre is multiple-layered, unidirectional carbon fibre with an internally pull braided carbon fibre at 80° across the axis, and externally wound with a 37° double helix braid providing exceptional mechanical properties resistant to bending and torsional forces with a smooth surface finish.

Whether your project is big or small, we are bound to have round carbon fiber tubing that suits your needs. As an added bonus we are generally able to ship right away on most products listed in our store! Aside from aesthetic variations of our many round stock tubes, you might also wish to consider their superb mechanical properties as well. That is after all the main reason we love carbon fiber so much! Of course it's an added bonus that it looks incredible too.

Roll wrapped tubing is manufactured using multiple layers of prepreg carbon fiber (and if noted, other) materials. In general each layer is about 0.006 inches thick which means that a tube with a wall thickness of 0.060 inches will typically be composed of 9-10 individual layers of carbon fiber. The number of layers (plys) allows us to vary the orientation of the fibers throughout the thickness, creating a high performance, engineered product.