Colorg
+ g spool
1.75 mm
±
µm
%
Made inCZ
ExtruderoC
HeatbedoC
What the graph above means?
We measure the diameter of the filament on the X and Y axis more than 4700× per second during the whole manufacturing process. You can see averaged data of these measurements in the graph, so you can make sure that your filament spool is well made and is within the manufacturing tolerance of ±0.02 mm (±0.03 mm for blended materials, PETG Tungsten; ±0.04 mm for PCCF, PA11CF).
Prusament PC Blend Carbon Fiber details
Characteristics
Prusament PC Blend Carbon Fiber comes with great mechanical properties, similar to the unmodified PC Blend. But thanks to the carbon fibers added into the filament, it has better heat resistance and dimensional stability. This material is optimal for printing both large and extremely resistant models suitable for engineering applications etc. The possibility of printing large models without using an enclosure is a great advantage when compared to pure PC Blend. Printing with Prusament PC Blend Carbon Fiber requires a hardened steel nozzle. Due to a combination of multiple factors, it is recommended for slightly more experienced users.
Tips
Prusament PC Blend Carbon Fiber has excellent high-temperature resistance. With 114 °C right after printing, it overcomes all other Prusaments. Even better temperature resistance can be achieved with annealing. If executed properly, it can raise the temperature resistance to 130 °C! Plus, thanks to carbon fiber fill, its shrinkage is less than 1%. The whole process is quite easy:
- Print your model with PCCF PrusaSlicer profile
- Preheat the oven to 140 °C
- Put the model inside the oven for 120 minutes
- Pull the model out and let it cool down to room temperature
Usage
PC Blend Carbon Fiber is optimal for printing large technical components requiring great strength and high temperature tolerance.