Thick Wall Carbon Fiber Tube Anti Ultraviolet Radiation 100% 3K Woven Finish

Product Description

Thick Wall Carbon Fibre Tube Anti Ultraviolet Radiation 100% 3K Woven Finish

A Thick Wall Carbon Fiber Tube refers to a cylindrical structure made from carbon fiber-reinforced polymer (CFRP) composites with a substantial thickness in its walls. These tubes are designed to provide specific mechanical properties, often for applications where increased strength or stiffness is required.

The New 3K High-Performance carbon fibre tubes are our range of 3K Woven Finish tubes which have a stunning high-gloss / Matte woven carbon fibre finish to complement their incredible strength. With the classic appearance of 2/2 twill carbon fiber coupled with 100% roll-wrapped prepreg carbon fiber construction, these remarkable tubes look as good as they perform.

This tube is ideally suited to a wide range of applications such as radio-controlled models (RC Planes), UAVs, Drones, Multicopters, recreational equipment, sporting goods, robotics, and photography/video equipment (tripods, etc.).

Different from Pultruded carbon fiber tubes, a roll-wrapped tube is lighter in weight, stiffer, and stronger. It is widely used for many projects in sports, RC, robots, etc. by hobbyists for surface protection. 3K Carbon fiber tube with high strength, stiffness, and excellent load-bearing performance.

This 3K Woven Finish tube is manufactured from alternating layers of unidirectional prepreg carbon fibre for maximum strength with the final layer swapped for 2/2 twill, 3K woven carbon fibre so that the tube has the classic appearance of woven carbon fibre. This means that although the tubes are designed for demanding mechanical applications, they also look fantastic, adding a cutting-edge carbon fibre appearance to any application.

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.

What carbon fiber tube you can buy from us?

LIJIN manufacturing and wholesale multiple finishes with standard modulus carbon fiber tubes offer excellent strength and stiffness, it is 1.5X stiffer than aluminum and is the most economical grade composite tube. Finishes available be twill gloss and twill matte.

How to make carbon fiber tubing?

Our carbon fiber round tube is rolled unidirectional carbon fiber fabric into a mandrel, and roll wrapped a 3k finish fabric exterior. Unidirectional carbon fiber is the structural backbone of all our tubes, the 3k fabric weave that gives carbon fiber tubes their traditional ”carbon fiber look” is only the outside layer and helps with durability. Usually, any wall thickness can be made by changing the number of layers or combining different prepreg thicknesses (usually 0.15mm- 0.25mm thick per layer).

Our round tubes typically use layups designed for optimal performance in a wide range of conditions. We use 100% pure carbon fiber materials making carbon fiber tubing in a wide variety of diameters and lengths. Common diameter includes 2mm, 3mm, 4mm, 5mm, 6mm, 8mm, 10mm carbon fiber tube, ... 40mm carbon fiber tube, our round tube standard length is 1000mm, If you need a carbon fibre tube with other lengths or diameters, or need colored carbon fiber tube, do not hesitate to contact us, we can cut and custom carbon fiber tubes to your specified.

Whether used in the construction of aircraft components, automotive parts, sporting equipment, or other engineering applications, Carbon Fiber Composite Tubes are valued for their exceptional mechanical properties and versatility. When considering such tubes for a specific application, it's crucial to communicate with manufacturers to ensure that the tube's specifications meet the project's requirements.