Tube - Round - Pultruded Uni - 0.02 x 0.039 x 12"
Tube - Round - Pultruded Uni
Pultruded unidirectional tubes are manufactured through a pultrusion process whereby all fibers are oriented in the "0" degree direction. Because of the fiber orientation this tube provides strength and rigidity along the axis of rod however these products are not good for torque transfer OR crush resistance. Pultruded tube is great for reinforcing structures. The pultrusion process guarantees an accurate design and measurement control, perfectly aligned fibers and a smooth surface.
Why we recommend Pullbraided Carbon Fiber Tube
The strength of pultruded carbon fiber
Ultimate Shear Strength: 6.0 ksi | 41.3 Mpa. Ultimate Tensile Strain: 1.5% Flexural Strength: 265 ksi | 1.83GPa.
High Stiffness to Weight Ratio Tube
This type of construction offers a high stiffness to weight ratio tube with incredible linear strength, due to the orientation of the carbon fibers, and tight outer diameter (OD) tolerances.
Excellent Torsional Characteristics
Braided tubes offer excellent torsional characteristics and crush strength, and they are well-suited for high-torque applications. Large diameter carbon fiber tubes are typically constructed using rolled bi-directional woven carbon fiber
Features & Benefits
Pultruded unidirectional tubes are manufactured through a pultrusion process whereby all fibers are oriented in the "0" degree direction. Because of the fiber orientation this tube provides strength and rigidity along the axis of rod however these products are not good for torque transfer OR crush resistance. Pultruded tube is great for reinforcing structures. The pultrusion process guarantees an accurate design and measurement control, perfectly aligned fibers and a smooth surface.
The pultrusion process shows great similarities with the extrusion of e.g. aluminum and thermoplastic plastics. However, instead of injection molding the plastic material, the pultrusion process continuously pulls fibers from rolls, which are then wetted with a matrix material (usually a thermosetting resin like epoxy resin). Subsequently, they are pulled through a heated die, which determines the shape of the profile. Polymerisation of the resin takes place in the die, forming a rigid profile with a diameter corresponding to that of the die and a length that is endless, in theory.
The technology is suitable for all types of fibers or a combination of fiber types. A high fiber-volume content is feasible, which makes it possible to reach a high specific rigidity and strength of the profiles. The serial character and the controllability of the process ensure a good price/quality ratio.
Additional Information
| P/N | T-RND-039-L12 |
|---|---|
| Application | Bending |
| Finish | Smooth Matte |
| HTS - Harmonized Tariff Code | 6815.13.0000 |
| Inside Dimension | 0.02 |
| Length | 12 |
| Materials | Standard Modulus Carbon |
| OD | 0.04 |
| Outside Dimension | 0.04 |
| Thickness | 0.01 |
| Weight | 0.1 |