€2.50 – €340.00 "incl. VAT"
Uni directional – UD – 0 degrees carbon tape fabric.
weight is 130gms. 50-300mm wide
Carbon Heat Set Woven Unidirectionals are produced with unidirectional carbon fibres in the warp and very lightweight thermoplastic fibres in the weft. The thermoplastic fibres are fused to create a stable fabric that is very stable and easy to handle and cut. These fabrics are excellent for wet lay up and wet preg applications.
pr. 1m length. If more is ordered then it is rolled as one piece.
Fantastic fabric for improving your rides flex/stiffness, giving it extra pop or even making it more light weight.
This fabric can be combined with our Bi-axial carbon fabric to get a triaxial performance fabric.
Tip: Use glue to stick the carbon to the core before layup to make it stay where you desire.
Fantastic fabric for improving your rides flex/stiffness, giving it extra pop or even making it more light weight.
Uni directional UD 130gms carbon fabric for stringers or if layup all over the product.
130gms.
50mm-300mm wide
pr. 1m length. If more is ordered then it is rolled as one piece.
| Weight | 0.07 kg |
|---|---|
| Width | 50mm, 100mm, 300mm, 50mm (100m roll), 100mm (100m roll) |
Biaxial carbon fabric, 300gms total in +/-45 degree direction.
ply +45 degree: 150gms
ply -45 degree:150gms
After laminating the white stitching should disappear.
pr. 1m length. If more is ordered then it is rolled as one piece.
Great product for light weight and hi-performing application. Combines well with UD carbon or with UD bcomp fabric.
Please simulate always first!
Remember that the bi-axial carbon +/-45 degrees, will give excellent torsion, however, it will contribute in stiffness both in length and width of your product.
price pr. meter!
Flax and carbon mix fabric, best of both worlds.
ampliTex flax-carbon UD fabrics, non-crimp, in multiple widths and weights.
170-225gms, 25-350mm wide.
price is pr. 1m length. If more is ordered then it is rolled as one piece.
Technical datasheet: t-flachs-5027-e
Flax parameters: Density: 1350, Y modulus: 58500
Carbon parameters: Density: 1700 Y modulus: 235000
See guide on how to find averaged parameters for simulation
