Carbon Fiber Nylon
PA6CF • Polyamide 6 + Carbon Fiber
Stiffer than vanilla nylon and warps 80% less. But even 80% less warping is still a shload of warping. Sacrifices nylon's low friction. Needs insanely powerful hot end to preserve high-powered layer bonds.
compositeEnclosure RequiredHardened NozzleDry StorageBased on Nylon
Print Settings
Print Temp260-290°C
Bed Temp80-110°C
Enclosure:Required
Material Properties
Strength88
Flexibility20
Heat Resistance82
Resistance Ratings
UV Resistance
Medium
Chemical Resistance
High
Humidity Sensitivity
High
Usability
Ease of Printing
(2/5)
Price Tier
$$$(Expensive)
Requires hardened nozzle
Requires dry storage
Pros
- Much stiffer than pure nylon
- Warps significantly less
- Still very strong
Cons
- Still warps substantially
- Loses nylon's slipperiness
- Needs powerful extruder
- Needs powerful hot end
- Very abrasive
Use Cases
Structural partsHigh-load applicationsStiff brackets
Also known as: cf nylon, carbon nylon, pacf
Data sourced from Zack Freedman / Voidstar Lab