Siraya Tech Fibreheart PPA-CF Core
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- Nozzle280–320 °C
- Bed80 °C
- Speed—
- Dry—
- Density1.23 g/cm³
Siraya Tech Fibreheart PPA-CF Core, from the Open Filament Database. A blank stays blank.
Nozzle280–320 °C
Bed80 °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 range only partly in reach
- A1 miniNozzle range only partly in reach
- P1PNozzle range only partly in reach
- P1SNozzle range only partly in reach
- X1CNozzle range only partly in reach
- X2DNozzle range only partly in reach
- P2SNozzle range only partly in reach
- H2D
- H2S
- MK4SNozzle range only partly in reach
- Core One+Nozzle range only partly in reach
- XLNozzle range only partly in reach
- K1CNozzle range only partly in reach
- CentauriNot enough data
- Kobra 3 MaxNozzle range only partly in reach
- Q1 ProNot enough data
- SV08 MaxNozzle range only partly in reach
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
Siraya Tech Fibreheart PPA-CF Core (PPA) has a recommended nozzle temperature of 280–320 °C and a recommended bed temperature of 80 °C, according to the Open Filament Database (record https://api.openfilamentdatabase.org/api/v1/brands/siraya_tech/materials/PPA/filaments/fibreheart_ppa_cf_core/index.json; dataset imported 2026-10-13).
Dataset imported 13 October 2026.
Source · Brand site · Page JSON
Full specifications
| Material | PPA |
|---|---|
| Nozzle temperature | 280–320 °C |
| Bed temperature | 80 °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 | 1 kg (1000 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 | 1.23 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 | Partial | The listed nozzle range reaches 320 °C, above this printer's maximum of 300 °C. This printer cannot reach the full recommended range. The low end, 280 °C, is within that maximum. The listed bed maximum of 80 °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 | Partial | The listed nozzle range reaches 320 °C, above this printer's maximum of 300 °C. This printer cannot reach the full recommended range. The low end, 280 °C, is within that maximum. The listed bed maximum of 80 °C is within this printer's maximum of 80 °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 P1P | Partial | The listed nozzle range reaches 320 °C, above this printer's maximum of 300 °C. This printer cannot reach the full recommended range. The low end, 280 °C, is within that maximum. The listed bed maximum of 80 °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 | Partial | The listed nozzle range reaches 320 °C, above this printer's maximum of 300 °C. This printer cannot reach the full recommended range. The low end, 280 °C, is within that maximum. The listed bed maximum of 80 °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 | Partial | The listed nozzle range reaches 320 °C, above this printer's maximum of 300 °C. This printer cannot reach the full recommended range. The low end, 280 °C, is within that maximum. The listed bed maximum of 80 °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. |
| Bambu Lab X2D | Partial | The listed nozzle range reaches 320 °C, above this printer's maximum of 300 °C. This printer cannot reach the full recommended range. The low end, 280 °C, is within that maximum. The listed bed maximum of 80 °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 hardened. |
| Bambu Lab P2S | Partial | The listed nozzle range reaches 320 °C, above this printer's maximum of 300 °C. This printer cannot reach the full recommended range. The low end, 280 °C, is within that maximum. The listed bed maximum of 80 °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. |
| Bambu Lab H2D | Fits | The listed nozzle maximum of 320 °C is within this printer's maximum of 350 °C. The listed bed maximum of 80 °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 hardened. |
| Bambu Lab H2S | Fits | The listed nozzle maximum of 320 °C is within this printer's maximum of 350 °C. The listed bed maximum of 80 °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 hardened. |
| Prusa MK4S | Partial | The listed nozzle range reaches 320 °C, above this printer's maximum of 290 °C. This printer cannot reach the full recommended range. The low end, 280 °C, is within that maximum. The listed bed maximum of 80 °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+ | Partial | The listed nozzle range reaches 320 °C, above this printer's maximum of 290 °C. This printer cannot reach the full recommended range. The low end, 280 °C, is within that maximum. The listed bed maximum of 80 °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 | Partial | The listed nozzle range reaches 320 °C, above this printer's maximum of 290 °C. This printer cannot reach the full recommended range. The low end, 280 °C, is within that maximum. The listed bed maximum of 80 °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 | Partial | The listed nozzle range reaches 320 °C, above this printer's maximum of 300 °C. This printer cannot reach the full recommended range. The low end, 280 °C, is within that maximum. The listed bed maximum of 80 °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 | — | The listed nozzle maximum of 320 °C is within this printer's maximum of 320 °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. The stock nozzle is hardened. |
| Anycubic Kobra 3 Max | Partial | The listed nozzle range reaches 320 °C, above this printer's maximum of 300 °C. This printer cannot reach the full recommended range. The low end, 280 °C, is within that maximum. The listed bed maximum of 80 °C is within this printer's maximum of 90 °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. |
| Qidi Q1 Pro | — | The listed nozzle maximum of 320 °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 | Partial | The listed nozzle range reaches 320 °C, above this printer's maximum of 300 °C. This printer cannot reach the full recommended range. The low end, 280 °C, is within that maximum. The listed bed maximum of 80 °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 Siraya Tech Fibreheart PPA-CF Core recommend?
Siraya Tech Fibreheart PPA-CF Core lists a recommended nozzle temperature of 280–320 °C.
What bed temperature does Siraya Tech Fibreheart PPA-CF Core recommend?
Siraya Tech Fibreheart PPA-CF Core lists a recommended bed temperature of 80 °C.
What print speed does Siraya Tech Fibreheart PPA-CF Core list?
Print speed and volumetric flow are not in our current sources in the imported sources.
Does Siraya Tech Fibreheart PPA-CF Core require an enclosure?
An enclosure requirement is not in our current sources. No chamber temperature is listed either.
Does Siraya Tech Fibreheart PPA-CF Core 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 Siraya Tech Fibreheart PPA-CF Core be dried?
Drying temperature and drying time for Siraya Tech Fibreheart PPA-CF Core are not in our current sources.
What spool weights does Siraya Tech Fibreheart PPA-CF Core come in?
Listed spool weights: 1 kg (1000 g).
What is the price per kilogram of Siraya Tech Fibreheart PPA-CF Core?
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.