NYLON FAMILY
PA12 Carbon Fibre
EngineeringCarbon fibre reinforced PA12. Stiff and strong.
WHY USE PA12 Carbon Fibre
Combines PA12's processability with carbon fiber reinforcement for excellent dimensional stability and strength. Easier to dry and print than PA6 CF.
High-stiffness parts with easier processing than PA6 CF.
PRINTING REFERENCE
How to Print PA12 Carbon Fibre
The same STANDARD PRINT CO. reference values appear in the TDS download. They are starting points, not batch test results or a calibrated machine profile.
| Nozzle Temperature | 260-290°C |
|---|---|
| Bed Temperature | 80-100°C |
| Fan Speed | 100% |
| Print Speed | < 100 mm/s |
| Enclosure | Yes |
| Recovery drying after exposure | 80°C, 5h |
| Nozzle Hardware | Hardened 0.6mm+ |
Validate with a calibration print and consult the printer, nozzle and build-surface guidance. For recovery drying, also check spool and dryer temperature limits.
Our filament is ready to print from an intact, sealed bag; no initial drying is needed. Reseal it in the foil bag with maintained desiccant between prints. Storage does not remove absorbed moisture.
Check storage and recovery dryingPROPERTIES
Key Characteristics
DOWNLOADS
Documentation & References
APPLICATIONS
What to Print With It
Engineering & industrial
Heavy-duty components for manufacturing environments.
Structural components
Parts designed to bear mechanical loads.
Precision fixtures
Accurate holding devices for manufacturing.
HARDWARE
Compatible Printers
Enclosed + Heated Chamber
Active heating for engineering polymers like ABS, ASA, and nylons.
FREQUENTLY ASKED QUESTIONS
Common Questions About PA12 Carbon Fibre
What is PA12 Carbon Fibre best used for?
High-stiffness parts with easier processing than PA6 CF.
Do I need an enclosed printer for PA12 Carbon Fibre?
The PA12 Carbon Fibre reference sheet calls for an enclosure. Check your printer setup and ventilation requirements.
Does PA12 Carbon Fibre need drying before printing?
STANDARD PRINT CO. filament is ready to print from an intact, sealed bag; no initial drying is needed. Reseal it in the foil bag with maintained desiccant between prints. After moisture exposure, assess recovery drying separately. Storage does not remove absorbed moisture; moisture-sensitive materials may need protected feeding while printing.
What nozzle temperature should I use for PA12 Carbon Fibre?
The PA12 Carbon Fibre reference sheet lists 260-290°C. Use a suitable printer profile, check nozzle and build-surface compatibility, and calibrate for the part. Nozzle reference: Hardened 0.6mm+.
AVAILABILITY
Available Options
DIAMETERS
SIZES
COLOURS
See the product page for current colour availability.
RELATED
Other Materials in the Nylon Family
Engineering
PA6
Industrial nylon with excellent wear resistance.
Learn moreEngineering
PA12
Engineering-grade nylon with the lowest moisture absorption of any nylon polymer, excellent chemical resistance, and high impact strength. The most processable nylon for FDM printing.
Learn moreEngineering
PA6 Carbon Fibre
Carbon fibre reinforced PA6 for maximum performance.
Learn moreReady to print with PA12 Carbon Fibre?
Buy direct, run it through the Material Selector, or talk to us about your application.