QIDI Tech PPS-CF
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- Nozzle310–350 °C
- Bed100 °C
- Speed—
- Dry—
- Density1.3 g/cm³
QIDI Tech PPS-CF, from the Open Filament Database. A blank stays blank.
Nozzle310–350 °C
Bed100 °C
Printers
Fits means nozzle, bed, and enclosure all pass. Partial means the full recommended range is out of reach. A missing essential check is not a fit.
- A1Nozzle too hot to print
- A1 miniNozzle too hot to print
- P1PNozzle too hot to print
- P1SNozzle too hot to print
- X1CNozzle too hot to print
- MK4SNozzle too hot to print
- Core One+Nozzle too hot to print
- XLNozzle too hot to print
- K1CNozzle too hot to print
- CentauriNozzle range only partly in reach
- Kobra 3 MaxNozzle too hot to print
- Q1 ProNot enough data
- SV08 MaxNozzle too hot to print
Colors
- Black#000000
Related
Answers
- Are carbon fiber filaments worth it, and do I need a hardened nozzle?
- Do I need to dry filament, and how?
Sources & notes
QIDI Tech PPS-CF (PPS) has a recommended nozzle temperature of 310–350 °C and a recommended bed temperature of 100 °C, according to the Open Filament Database (record https://api.openfilamentdatabase.org/api/v1/brands/qidi_tech/materials/PPS/filaments/cf/index.json; dataset imported 2026-10-13).
Dataset imported 13 October 2026.
Source · Brand site · Page JSON
Full specifications
| Material | PPS |
|---|---|
| Nozzle temperature | 310–350 °C |
| Bed temperature | 100 °C |
| Print speed | — |
| Volumetric flow | — |
| Drying | — |
| Enclosure required | — |
| Chamber temperature | — |
| Hardened nozzle | YesEvery color variant is tagged abrasive and fiber-filled in the Open Filament Database. That database has no hardened-nozzle boolean. Its trait rules treat carbon-fiber and glass-fiber composites tagged abrasive as needing a hardened nozzle. |
| Spool weight | 750 g |
| Diameter | 1.75 mm |
| Diameter tolerance | ±0.02 mmRecorded by the Open Filament Database. It is a required field there, including conventional values. |
| Recorded density | 1.3 g/cm³Recorded by the Open Filament Database. It is a required field there, including conventional values. |
| Minimum nozzle diameter | — |
| Shore A hardness | — |
| Certifications | — |
| Price per kg | — |
| Dataset imported | 13 October 2026Open Filament Database generation date, not a lab test. |
A blank was blank in the source. Nothing here is estimated.
Printer notes
| Printer | Result | Why |
|---|---|---|
| Bambu Lab A1 | Outside limits | The listed nozzle temperature starts at 310 °C, above this printer's maximum of 300 °C. This printer cannot print this material at the recommended nozzle temperature. The listed bed maximum of 100 °C is within this printer's maximum of 100 °C. Whether an enclosure is required is not in our current sources. This filament is recorded as needing a hardened nozzle. The stock nozzle is not hardened. |
| Bambu Lab A1 mini | Outside limits | The listed nozzle temperature starts at 310 °C, above this printer's maximum of 300 °C. This printer cannot print this material at the recommended nozzle temperature. The listed bed temperature starts at 100 °C, above this printer's maximum of 80 °C. This printer cannot print this material at the recommended bed temperature. Whether an enclosure is required is not in our current sources. This filament is recorded as needing a hardened nozzle. The stock nozzle is not hardened. |
| Bambu Lab P1P | Outside limits | The listed nozzle temperature starts at 310 °C, above this printer's maximum of 300 °C. This printer cannot print this material at the recommended nozzle temperature. The listed bed maximum of 100 °C is within this printer's maximum of 100 °C. Whether an enclosure is required is not in our current sources. This filament is recorded as needing a hardened nozzle. The stock nozzle is not hardened. |
| Bambu Lab P1S | Outside limits | The listed nozzle temperature starts at 310 °C, above this printer's maximum of 300 °C. This printer cannot print this material at the recommended nozzle temperature. The listed bed maximum of 100 °C is within this printer's maximum of 100 °C. Whether an enclosure is required is not in our current sources. This filament is recorded as needing a hardened nozzle. The stock nozzle is not hardened. |
| Bambu Lab X1 Carbon | Outside limits | The listed nozzle temperature starts at 310 °C, above this printer's maximum of 300 °C. This printer cannot print this material at the recommended nozzle temperature. The listed bed maximum of 100 °C is within this printer's maximum of 110 °C. Whether an enclosure is required is not in our current sources. This filament is recorded as needing a hardened nozzle. The stock nozzle is hardened. |
| Prusa MK4S | Outside limits | The listed nozzle temperature starts at 310 °C, above this printer's maximum of 290 °C. This printer cannot print this material at the recommended nozzle temperature. The listed bed maximum of 100 °C is within this printer's maximum of 120 °C. Whether an enclosure is required is not in our current sources. This filament is recorded as needing a hardened nozzle. The stock nozzle is not hardened. |
| Prusa CORE One+ | Outside limits | The listed nozzle temperature starts at 310 °C, above this printer's maximum of 290 °C. This printer cannot print this material at the recommended nozzle temperature. The listed bed maximum of 100 °C is within this printer's maximum of 120 °C. Whether an enclosure is required is not in our current sources. This filament is recorded as needing a hardened nozzle. The stock nozzle is not hardened. |
| Prusa XL | Outside limits | The listed nozzle temperature starts at 310 °C, above this printer's maximum of 290 °C. This printer cannot print this material at the recommended nozzle temperature. The listed bed maximum of 100 °C is within this printer's maximum of 120 °C. Whether an enclosure is required is not in our current sources. This filament is recorded as needing a hardened nozzle. The stock nozzle is not hardened. |
| Creality K1C | Outside limits | The listed nozzle temperature starts at 310 °C, above this printer's maximum of 300 °C. This printer cannot print this material at the recommended nozzle temperature. The listed bed maximum of 100 °C is within this printer's maximum of 100 °C. Whether an enclosure is required is not in our current sources. This filament is recorded as needing a hardened nozzle. The stock nozzle is hardened. |
| Elegoo Centauri Carbon | Partial | The listed nozzle range reaches 350 °C, above this printer's maximum of 320 °C. This printer cannot reach the full recommended range. The low end, 310 °C, is within that maximum. This printer's maximum bed temperature is not in our current sources. Whether an enclosure is required is not in our current sources. This filament is recorded as needing a hardened nozzle. The stock nozzle is hardened. |
| Anycubic Kobra 3 Max | Outside limits | The listed nozzle temperature starts at 310 °C, above this printer's maximum of 300 °C. This printer cannot print this material at the recommended nozzle temperature. The listed bed temperature starts at 100 °C, above this printer's maximum of 90 °C. This printer cannot print this material at the recommended bed temperature. Whether an enclosure is required is not in our current sources. This filament is recorded as needing a hardened nozzle. Whether the stock nozzle is hardened is not in our current sources. |
| Qidi Q1 Pro | — | The listed nozzle maximum of 350 °C is within this printer's maximum of 350 °C. This printer's maximum bed temperature is not in our current sources. Whether an enclosure is required is not in our current sources. This filament is recorded as needing a hardened nozzle. Whether the stock nozzle is hardened is not in our current sources. |
| Sovol SV08 Max | Outside limits | The listed nozzle temperature starts at 310 °C, above this printer's maximum of 300 °C. This printer cannot print this material at the recommended nozzle temperature. The listed bed maximum of 100 °C is within this printer's maximum of 100 °C. Whether an enclosure is required is not in our current sources. This filament is recorded as needing a hardened nozzle. Whether the stock nozzle is hardened is not in our current sources. |
Questions
What nozzle temperature does QIDI Tech PPS-CF recommend?
QIDI Tech PPS-CF lists a recommended nozzle temperature of 310–350 °C.
What bed temperature does QIDI Tech PPS-CF recommend?
QIDI Tech PPS-CF lists a recommended bed temperature of 100 °C.
What print speed does QIDI Tech PPS-CF list?
Print speed and volumetric flow are not in our current sources in the imported sources.
Does QIDI Tech PPS-CF require an enclosure?
An enclosure requirement is not in our current sources. No chamber temperature is listed either.
Does QIDI Tech PPS-CF require a hardened nozzle?
Every color variant is tagged abrasive and fiber-filled in the Open Filament Database. That database has no hardened-nozzle boolean. Its trait rules treat carbon-fiber and glass-fiber composites tagged abrasive as needing a hardened nozzle.
How should QIDI Tech PPS-CF be dried?
Drying temperature and drying time for QIDI Tech PPS-CF are not in our current sources.
What spool weights does QIDI Tech PPS-CF come in?
Listed spool weights: 750 g.
What is the price per kilogram of QIDI Tech PPS-CF?
Price per kilogram is not in our current sources.
Provenance
Open Filament Database
License MIT. Record. Repository. Fields: bedTempC, brand, colors, densityGCm3, diameterToleranceMm, diametersMm, material, nozzleTempC, product, spoolWeightsG.