High Hardness 18mm (16mm) Woven Finish Roll Wrapped Carbon Fibre Tube
Carbon fiber tubes can be designed to orient the fiber layers at different angles, making them suitable for specific applications. For example, carbon fiber tubes with a 0° structural stack have fibers aligned in a single direction for linear strength and stiffness; they resist bending, but they are easily crushed if subjected to shock; thus, they are often used in support structures . Carbon fiber tubes with a 0°/90° build stack have fibers aligned in both directions to resist crushing and twisting better than tubes with a 0° build stack.
According to the processing method, carbon fiber tubes can be divided into: coiled prepreg carbon fiber tubes, braided carbon fiber tubes, pultruded carbon fiber tubes, etc.
Coiled prepreg carbon fiber tube: Coiled prepreg carbon fiber tube is made by using multi-layer twill fabric or unidirectional fabric carbon fiber prepreg wound on a metal mold, and then cured at high temperature. This type of carbon fiber tube is ideal for applications requiring the highest bending stiffness and lowest weight, such as automation, robotics, telescopic poles, and drone components. Additionally, these long bobbins are available in high-modulus and ultra-high-modulus carbon fibers, as well as in outer fabrics such as colored Kevlar.
Braided carbon fiber tube: Braided carbon fiber tube consists of carbon fiber braid and unidirectional fabric. They have excellent torsional properties and compressive strength, making them ideal for high torque applications. Available in round, rectangular and square shapes, these carbon tubes can be optimized axially or made from higher modulus carbon fiber for increased bending stiffness.
Pultruded carbon fiber tube: It is prepared by using carbon fiber (mostly 12k specification) and epoxy resin/vinyl resin through pultrusion process. Pultruded carbon fiber tube has different specifications, such as square, round, and rectangular. shown.
Carbon fiber pipes are widely used in the automotive industry and bicycles, and carbon fiber pipes can reduce weight when used in cars, motorcycles and bicycles. Main applications include: exhaust systems for sports bikes or racing cars, sports car suspension systems with carbon fiber suspension springs, racing parts such as carbon fiber brake calipers or carbon fiber brake discs, lightweight racing and mountain bike frames, etc.
Other common applications for carbon fiber tubes include:
- Aerospace Spars and Spars
- Telescope
- Robot technology
- Arrow shaft
- Kayak paddle
- Remote control model
- Yacht
| |
| Manufacturing Method : | Round Carbon Fiber Tube - By Roll Wrapping Process |
| Custom Shape Carbon Fiber Tube - By Compression Moulding Process |
| Structure | UW | U= Undirectional Prepreg | W= Woven Prepreg |
| Raw Materials : | Carbon Fiber , Epoxy |
| Diameter Range O.D. | From 6mm O.D. to 300 mm |
| Wall Thickness | From 0.5mm to 20mm |
| Length : | From 0.05 Meter to 3.5 Meters |
| Colors : | Black Or Any Color from RAL ; |
| Surface Treament : | Matt Finish & Glossy |
| Water Absorption | < 1,5 w-% |
| Denisty | 1.5g/cm3 |
| FIBER TYPE | HS Carbon | HM Carbon |
| Stifiness | 90- 100 Gpa | 120-180 |
| Bending Strength | >600 Mpa | >500 Mpa |
| Tensile Strength | > 650 Mpa | >550 Mpa |
| Denisity | > 1.5g/cm3 | >1.5g/cm3 |
Product Tags:
|
|
High Hardness 18mm (16mm) Woven Finish Roll Wrapped Carbon Fiber Tube with 5 - 500 mm Diameters and 0.3 - 50 mm Wall Thickness Images
|
