BASF BASF Black Ultrafuse PET CF Filament - 1.75mm (0.75kg)
PETG (polyethylene terephthalate) is an exceptionally tough and sturdy printing material which serves as an excellent alternative to PLA and ABS. By adding carbon fibers to the filament, BASF has created amazingly resilient printed parts. Best of all, using PETG as the base means your prints have very low shrinkage, little to no odor, and extremely strong layer bonds.
| Price: | $71.45 (with add-ons) |
|---|---|
| Availability: | Out of Stock Notify Me |
| Est. In Stock: Jun 27th | |
PET CF combines the ease of printing of PLA with the stiffness of ABS, but has been even further enhanced to have impact resistance, and high tensile strength due to the Carbon Fiber additive. PET also features very low moisture absorption, which is excellent for long term use. Finally, prints have a lovely surface finish that make ensure the material isn't just for functional prints, but also aesthetic applications as well.
Documents
- Click here to view or download the Innofil3D PET CF Safety Data Sheet (SDS).
- Click here to view or download the Innofil3D PET CF Technical Data Sheet (TDS).
California Residents
Questions
How do you do it?
Can't find a twin tab longboard fin looked all over Internet am I missing something
I'm wondering if there's a way that I could modify the base design of this fin to work with obsolete O'Fish'L fin boxes (to fit their snap-in style of box.) I'm a 30-year AutoCAD user, familiar with it's clunky 3D capability. I'm curious: if I designed a 3D model of the base that's required, is there a way to cut and paste the base onto your model? I could do it in AutoCAD, but not sure if there's a filetype of this fin that I could import into AutoCAD and modify. Any ideas?
What is the price of a descend 3D printer to print surfboard fins
How did you get that glossy finish on the part? Lacquer or some sort?
requirements for printing an object with two different materials
Did you/could you design the future fin boxes as well?