Product Description +
Polymaker Fiberon PA12-CF10 1.75 mm
Carbon fiber reinforced PA12 filament for technical FDM/FFF prints
Product Description
Polymaker Fiberon PA12-CF10 is a carbon fiber reinforced PA12 filament for technical and functional FDM/FFF prints. The material is intended for components where stiffness, dimensional stability and lower moisture sensitivity are required compared to many PA6-based materials.
Due to the carbon fiber content, PA12-CF10 is suitable for functional prototypes, fixtures, brackets, technical components and load-bearing parts. The carbon fiber reinforcement increases stiffness, but also makes the filament abrasive.
A hardened nozzle is recommended for processing. The filament should be stored dry and, if moisture is absorbed, dried in a suitable filament dryer or drying device before printing.
For higher heat resistance, Polymaker also describes a post-treatment of the printed component. This heat treatment refers to the finished printed part and is to be distinguished from drying the filament before printing.
Technical Data
| Brand: | Polymaker |
| Product line: | Fiberon PA12-CF10 |
| Material: | PA12-CF10 |
| Diameter: | 1.75 mm |
| Weight: | 0.5 kg / 3 kg, depending on variant |
| Print temperature: | 280 °C - 300 °C |
| Bed temperature: | 40 °C - 50 °C |
| Print speed: | up to 300 mm/s |
| Fan: | OFF |
| Drying settings: | 100 °C for 10h or PolyDryer Level 3 for 18h, only if moisture is absorbed |
| Other features: |
Note
Depending on screen display, lighting and batch, color reproduction may vary slightly. Print values are guidelines and can be adjusted depending on the printer, nozzle, component and material condition.
Shipping & Returns +
Shipping: Available shipping options and rates are shown during checkout.
Returns: The return and cancellation terms provided in this store apply.
If you have questions about shipping, delivery times or returns, we are happy to help.
Why this product? +
This product was selected for our store because it combines quality, everyday usability and reliable 3D printing results.
Especially with filaments, we focus on trusted brands, consistent quality and products that perform well in practical use.
Frequently Asked Questions about this Filament
How should filament be stored?
Filament should be stored dry and protected from moisture. If the material has absorbed moisture, drying it before printing can improve print quality.
Are print settings the same for every printer?
No. Temperature, speed, cooling and flow settings may need to be adjusted depending on the printer, nozzle, build plate and material condition.
Which filament is best for beginners?
PLA is usually the easiest material for beginners. PETG is a good next step when more toughness and temperature resistance are needed.
Why is dry filament important?
Moist filament can cause stringing, bubbles, rough surfaces and weak layer adhesion. Dry storage helps keep print quality consistent.
Can every filament be printed on every printer?
Not always. Some materials need higher temperatures, an enclosed build chamber or a specific extruder setup. Always check whether your printer is suitable for the material.
How do I improve print quality?
Good print quality depends on dry filament, suitable temperature settings, correct bed adhesion, calibrated flow and a clean nozzle.