[Qidi X-CF Pro, speziell für den Druck von Kohlefaser und Nylon entwickelt] - [QIDI Online Shop DE]
Qidi Tech PC/ABS-FR Filament
[Qidi X-CF Pro, speziell für den Druck von Kohlefaser und Nylon entwickelt] - [QIDI Online Shop DE]
[Qidi X-CF Pro, speziell für den Druck von Kohlefaser und Nylon entwickelt] - [QIDI Online Shop DE]
[Qidi X-CF Pro, speziell für den Druck von Kohlefaser und Nylon entwickelt] - [QIDI Online Shop DE]

Qidi Tech PC/ABS-FR Filament

Prix régulier€62,99
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Weight
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Overveiw:

QIDI Flame Retardant PC/ABS alloy 3D Printing Filament. QIDI PC/ABS-FR is an excellent flame-resistant material which is based PC/ABS. It is safer and more environmentally friendly, while still maintaining the excellent mechanical properties and heat resistance of PC/ABS.

  • By adding non-halogen flame retardant, PC/ABS has excellent self-extinguishing performance, and the flame-retardant grade can reach UL94 V-0 level (2mm).
  • Compared with materials with halogen flame retardants, QIDI PC/ABS-FR will not release much smoke and toxic gases after burning.

Filament Guide(QIDI Wiki)

Recommended printing conditions:

Recommended Nozzle Diameter ≥0.2 mm
Nozzle Temperature
240-270°C
Print speed 30-300 mm/s
Recommended build surface treatment PEI Film
Build plate temperature 100-110°C
Raft separation distance 0.18-0.2 mm
Cooling fan speed 0%-20%
Retraction distance 1-3 mm
Retraction speed 1800-3600 mm/min
Chamber Tempereture 50-65°C
Additional Suggestions
1.PC/ABS-FR filament is sensitive to moisture and can easily have stringing during printing. To reduce the stringing and surface roughness effectively, keep your filament in a dry box and control relative humidity to below 15%. If the filament has absorbed moisture already, dry the filament in an oven at 75°C for 4-6 hours.
2.It is recommended to place the printer in a well-ventilated area during printing PC/ABS-FR filament.
3.After printing, please wait for the model to cool down naturally before opening the door to take out the model. Removing the model directly may cause the model to shrink, affecting accuracy.