Filament 3D PP Carbon 700g
The filament 3D PP CF Carbon of the'Arianeplast is the perfect solution for your demanding 3D printing projects. This filament 3D polypropylene fibre reinforced carbon offers exceptional resistance to water, chemicals and UV, making it ideal for outdoor applications or in harsh environments.
Diameter of filament : 1.75mm (tolerance +/- 0.03mm)
Weight (excluding spool) : 700g
Why choose our filament carbon ?
- Upper resistance: Fibres carbon integrated ensure increased dimensional stability and mechanical strength.
- Resistance to water: Perfect for parts exposed to moisture or immersion.
- Versatility: Compatible with most FDM 3D printers, this filament suitable for a wide range of applications.
- Quality Arianeplast : Made with high quality materials, our filament guarantees accurate and durable 3D printing.
Technical specifications
Printing temperature: 240°C to 255°C
Temperature heatbed : 80°C to 100°C
Print Speed: 20 to 60 mm/s
Adhesion tip
For a successful 3D printing with the filament PP carbon
Polypropylene (PP), whether or not filled with fibre carbon, remains a difficult material to adhere to. To maximize your chances of success, we recommend using scotch PP (polypropylene) directly applied to the heatbed. This ribbon, chemically compatible with the filament, allows an excellent grip of the first layer, thus significantly reducing the warping. Simply place it on board, without overlap, on a clean and heated tray between 70°C and 100°C, as recommended by the manufacturer.
Adopt this simple trick for clean, reliable and durable printing!
List of machines tested:
- Creality : CR10 - CR10S - CR10V2SPRO - Ender3 - Ender5 - Ender S1 Pro - CR6 - K1
- Bambu Lab : P1S - X1 Carbon - P1P - A1 (AMS compatible)
- Other: Rep Rap, Makerbot, Dreamer, Up Mini, Spiderbot, ED3D extruder, Extruder Hexagon, Hotends.fr extruder, Createbot, DAGOMA, Ultimaker
The diameter is controlled by a laser measurement system that allows product traceability.
Each production batch is tested on our machinery fleet during production and then archived.