Tube - 1k Plain Weave - Ultra High Modulus - 0.437 x 0.507 x 72 Inch - No Returns
Introducing extreme. Rock West's ultra high modulus tubing utilizes pitch based carbon fibers in the 0 degree orientation to yield the stiffest composite tube yet. Our 0.437"ID x 0.625" OD ultra high modulus tubing lineup is designated generally by using an outer layer of a 1k plain weave fabric.
0.437" ID Round Roll Wrapped Ultra High Modulus Tubing Facts
- 0.437" ID x 0.507" OD x 72" Long
- Gloss Finish
- 94 msi Unidirectional carbon fiber throughout with a
- 1k Plain weave outer woven layer for increased performance when machining and hole drilling
- Can easily be trimmed into shorter lengths for your complete build
- Learn about our Roll Wrapping Process
*Theoretical values are currently not available for this tube but testing can be performed upon request for a fee
Features & Benefits
Fabric roll wrapped tubing offers many benefits over uni-directional and even filament wound tubing. That isn't to say it is the best however. Here are a few reasons you may wish to consider fabric roll wrapped tubing for your application.
- Superior machine ability
- Much better durability by reducing the potential extent of fiber breakout if drilled, machined or damaged
- Typical aesthetic associated with carbon fiber products
- Most "fabric" tubes contain a majority 0° plies in the layup allowing for the most effective bending load support. (whereas filament wound tubes cannot achieve angles less than ~7°
Additional Information
| Shape | Round |
|---|---|
| Materials | Ultra High Modulus Carbon |
| Pattern | 1k Plain Weave |
| Color | Black |
| Finish | Cello Wrap Gloss |
| Inside Diameter | 0.437 |
| Outside Diameter | 0.507 |
| Wall Thickness | 0.035 |
| Length | 72 |
| Length (max continuous) | 72.0 |
| Linear Density | 0.037 |
| Volumetric Density | 0.06 |
| Weight | 0.224 |
| Primary Fiber | Pyrofil K63712 |
| Primary Resin / Hardener | Newport 301 |
| HTS - Harmonized Tariff Code | 6815.13.0000 |
Engineering Properties
All laminate properties and mechanical calculations are based on Classical Lamination Theory and should be used as a reference only. Rock West Composites does not guarantee these properties or calculations.
| Avg EX Young's Modulus | 2.644E7 |
|---|---|
| Avg EY Young's Modulus | 1732000.0 |
| GXY Shear Modulus | 1200000.0 |
| X Tensile Yield Strength | 106800.0 |
| X Compressive Yield Strength | 31290.0 |
| Y Tensile Yield Strength | 5699.0 |
| Y Compressive Yield Strength | 5699.0 |
| XY Shear Strength | 9432.0 |
| CTEX | -4.85E-07 |
| CTEY | 8.88E-06 |
| Poisson's Ratio vXY | 0.07 |
| Poisson's Ratio vYX | 0.005 |
- "X" is along the length of a tube, rod, plate, or panel.
- "Y" is around the perimeter of a tube, perpendicular to the length of pultruded parts, or along the width of a plate or panel.
Calculators
All laminate properties and mechanical calculations are based on Classical Lamination Theory and should be used as a reference only. Rock West Composites does not guarantee these properties or calculations.
Layup Orientation
45551-UHM Rev NC
| Ply # | Orientation (degrees) | Location |
|---|---|---|
| 1 | 0 | Inside |
| 2 | 0 | ↓ |
| 3 | 90 | |
| 4 | 0/90 | Outside |
- 0° fibers maximize bending stiffness and run along the length of the part. Consider bending a tube over your knee.
- 45° fibers maximize torsional stiffness and are typically plied together in an opposing manner, i.e. ±45°. Consider twisting a tube like a vehicle's driveshaft.
- 90° (or "hoop") fibers maximize crushing stiffness and generally assist in overall durability. Consider laying a tube on the ground and stepping on it.
Technical Specifications
We cannot supply theoretical values for this tube at this time. For specification sheets and other data we can supply please review our Technical Spec page.