PET-GF
4 products from 4 makers. Most documented first. Select a column to sort, a product to see its values, print settings and documents.
4 products
Key
- measured after annealing
- sold as toughened
- hardened nozzle
- not published
How the numbers are worked out
Polymaker Fiberon PET-GF15Strength XY, MPa59.9Strength Z, MPa48.2Modulus XY, GPa4.14Charpy notched, kJ/m²8.7HDT 0.45, °C82HDT 1.8, °C72Price, CAD/kg41Nozzle, °C280–310Bed, °C70–80Chamber, °CnoneDrying, °C, h10010 h
Polymaker Fiberon PET-GF15Polymaker
Sold as toughened or impact-modified: "engineered for users who need the toughness of an engineering-grade filament" (Polymaker, Fiberon PET-GF15 official maker product page, p. 1). The maker's statement, not a test result.
Published values
| Property | As published | Conditions | On the Overview |
|---|---|---|---|
Polymaker, Fiberon PET-GF15 Technical Data Sheet25 valuesThe same values also in Polymaker, FIBERON PET GF15.Unless a row says otherwise: printed specimenprint settingsPrinted at 300 °C nozzle, 80 °C bed, 100% infill, 2 shells, 3 top and bottom layers, cooling fan off | |||
| Tensile modulus XY | 4144.2 ± 133.3 MPaMechanical properties: Young's modulus (X-Y) | ISO 527, GB/T 1040annealed at 120 °C for 16 hAll specimens were annealed at 120 °C for 16 h (TDS note under the mechanical table) | in the median |
| Tensile modulus Z | 3428.9 ± 257.2 MPaMechanical properties: Young's modulus (Z) | ISO 527, GB/T 1040annealed at 120 °C for 16 hAll specimens were annealed at 120 °C for 16 h (TDS note under the mechanical table) | in the median |
| Tensile strength (yield or break not stated) XY | 59.9 ± 0.8 MPaMechanical properties: Tensile strength (X-Y) | ISO 527, GB/T 1040annealed at 120 °C for 16 hAll specimens were annealed at 120 °C for 16 h (TDS note under the mechanical table) | in the median |
| Tensile strength (yield or break not stated) Z | 48.2 ± 0.3 MPaMechanical properties: Tensile strength (Z) | ISO 527, GB/T 1040annealed at 120 °C for 16 hAll specimens were annealed at 120 °C for 16 h (TDS note under the mechanical table) | in the median |
| Elongation at break XY | 4.0 ± 0.5 %Mechanical properties: Elongation at break (X-Y) | ISO 527, GB/T 1040annealed at 120 °C for 16 hAll specimens were annealed at 120 °C for 16 h (TDS note under the mechanical table) | in the median |
| Elongation at break Z | 2.6 ± 0.1 %Mechanical properties: Elongation at break (Z) | ISO 527, GB/T 1040annealed at 120 °C for 16 hAll specimens were annealed at 120 °C for 16 h (TDS note under the mechanical table) | in the median |
| Flexural modulus XY | 3705.4 ± 84.5 MPaMechanical properties: Bending modulus (X-Y) | ISO 178, GB/T 9341annealed at 120 °C for 16 hAll specimens were annealed at 120 °C for 16 h (TDS note under the mechanical table) | in the median |
| Flexural modulus Z | 2998.4 ± 92.3 MPaMechanical properties: Bending modulus (Z) | ISO 178, GB/T 9341annealed at 120 °C for 16 hAll specimens were annealed at 120 °C for 16 h (TDS note under the mechanical table) | in the median |
| Flexural strength XY | 104.2 ± 2.4 MPaMechanical properties: Bending strength (X-Y) | ISO 178, GB/T 9341annealed at 120 °C for 16 hAll specimens were annealed at 120 °C for 16 h (TDS note under the mechanical table) | in the median |
| Flexural strength Z | 80.3 ± 2.5 MPaMechanical properties: Bending strength (Z) | ISO 178, GB/T 9341annealed at 120 °C for 16 hAll specimens were annealed at 120 °C for 16 h (TDS note under the mechanical table) | in the median |
| Charpy impact strength XY | 8.7 ± 0.6 kJ/m2 kJ/m²Mechanical properties: Charpy impact strength (X-Y) notched | ISO 179, GB/T 1043annealed at 120 °C for 16 hAll specimens were annealed at 120 °C for 16 h (TDS note under the mechanical table) | not in the median: sold as toughened, set apart |
| Charpy impact strength XY | 27.2 ± 2.0 kJ/m2 kJ/m²Mechanical properties: Charpy impact strength (X-Y) un-notched | ISO 179, GB/T 1043annealed at 120 °C for 16 hAll specimens were annealed at 120 °C for 16 h (TDS note under the mechanical table) | not in the median: unnotched |
| Charpy impact strength Z | 13.9 ± 1.6 kJ/m2 kJ/m²Mechanical properties: Charpy impact strength (Z) un-notched | ISO 179, GB/T 1043annealed at 120 °C for 16 hAll specimens were annealed at 120 °C for 16 h (TDS note under the mechanical table) | not in the median: unnotched |
| HDT at 0.45 MPa | 81.6 °C (as printed)Thermal properties: Heat deflection temp. (as printed) | ISO 75As the sheet prints it: ISO 75 0.45 MPa | in the median |
| HDT at 0.45 MPa | 133.7 °C (annealed)Thermal properties: Heat deflection temp. (annealed) | ISO 75As the sheet prints it: ISO 75 0.45 MPaannealed at 120 °C for 16 hAnnealed (schedule not stated beside the HDT row) | not in the median: annealed; the as-printed value is in it |
| HDT at 1.8 MPa | 71.8 °C (as printed)Thermal properties: Heat deflection temp. (as printed) | ISO 75As the sheet prints it: ISO 75 1.8 MPa | in the median |
| HDT at 1.8 MPa | 87.3 °C (annealed)Thermal properties: Heat deflection temp. (annealed) | ISO 75As the sheet prints it: ISO 75 1.8 MPaannealed at 120 °C for 16 hAnnealed (schedule not stated beside the HDT row) | not in the median: annealed; the as-printed value is in it |
| Glass transition temperature | 59.5 °CThermal properties: Glass transition temp. | specimen not stated, DSCAs the sheet prints it: DSC, 10 °C/min | in the median |
| Vicat softening temperature | 232.6 °CThermal properties: Vicat softening temp. | specimen not stated, ISO 306, GB/T 1633annealed at 120 °C for 16 hAll specimens were annealed at 120°C for 16h | |
| Melting temperature | 231.6 °CThermal properties: Melting temperature | specimen not stated, DSCAs the sheet prints it: DSC, 10 °C/min | |
| Crystallization temperature | 201.4 °CThermal properties: Crystallization temp. | specimen not stated, DSCAs the sheet prints it: DSC, 10 °C/min | |
| Decomposition temperature | 422.8°Cp. 1: Decomposition temp.also in Polymaker, FIBERON PET GF15 | specimen not stated, no standard namedAs the sheet prints it: GA, 20°C/min; rate=20 °C/min | |
| Density | 1.43 g/cm3 at 23°C g/cm³Physical properties: Density | specimen not stated, ISO 1183, GB/T 1033tested at 23 °Cprint settings not stated | |
| Water absorption | 0.32 %Physical properties: Equilibrium water absorption | specimen not stated, no standard namedAs the sheet prints it: Equilibrium water absorption, 70% RH, 23 °C (moisture absorption curve) | |
| Melt mass-flow rate | 36.9 g/10min g/10 minPhysical properties: Melt index | specimen not stated, no standard namedAs the sheet prints it: 270 °C, 2.16 kg | |
| Polymaker, Fiberon PET-GF15 official maker product page4 valuesUnless a row says otherwise: printed bar (its stated orientation says so) | |||
| Charpy impact strength XY | 27.2 KJ/m²p. 1: Charpy, unnotched (XY) | ISO 179 | not in the median: unnotched |
| Charpy impact strength XY | 8.7 KJ/m²p. 1: Charpy, notched | ISO 179 | not in the median: another value of this product is in it |
| Charpy impact strength Z | 13.9 KJ/m²p. 1: Charpy, unnotched (Z) | ISO 179 | not in the median: unnotched |
| Fibre content | 15% glass fiber reinforcementp. 1: Fibre content | specimen not stated, no standard stated | |
| Polymaker, FIBERON PET GF151 value | |||
| Surface resistivity | 10^12 Ωtranscription correctedp. 1: Surface Resistivity (Ω) ANSI ESD S11.11 OL | no standard namedAs the sheet prints it: Ω ANSI ESD S11.11 OL | |
Print settings
- Nozzle
- 280–310 °Cown data sheet
- Bed
- 70–80 °Cown data sheet
- Heated chamber
- not requiredown data sheet
- Drying
- 100 °C for 10 hown data sheet
- Hardened nozzle
- neededown data sheet
- Annealing
- 120 °C for 16 h; temperature not statedown data sheet
Its 2 print profiles, in the documents' words
- Nozzle 280-310 °C; Bed 70-80 °C; Chamber Room temp.; Drying 100 °C for 10 hPolymaker, Fiberon PET-GF15 Technical Data SheetRecommended printing conditions; note
- Nozzle 280 - 310°C; Bed 70 - 80°C; Chamber Room TemperaturePolymaker, Fiberon™ PET-GF15Printing Recommendations: Nozzle temperature, Build plate temperature, Environmental temperature; FAQ: Can I print PET-GF15 on an open-frame printer?
Price
41 CAD/kgits one regular price in the sample
1 listing
- Voxel Factory: 41 CAD/kgPolymaker Fiberon PET-GF15 1.75mm 1kg / White (SKU PMK-FBR-PET-GF15-WHT)in its price; seen 30 Sep 2026
Its 5 documents
What the maker says (16)
- Benefits
FIBERON™ PET-GF15 is the bridge of the gap between everyday usability and industrial performance, offering a strong, heat-resistant, and user-friendly filament for both professional and hobbyist applications.
Polymaker, Fiberon PET-GF15 Technical Data Sheetp. 1 - Warping and shrinkage
For thin-walled areas with a wall thickness of less than 4mm, you can try to add reinforcing ribs or increase the wall thickness to avoid possible annealing deformation.
Polymaker, Fiberon PET-GF15 Technical Data Sheetp. 1 - Surface finish
In the case of large differences in layer time/cooling, or in the case of any parameter that significantly affects the degree of crystallinity at the time of printing, there may be a ‘slight discolouration’ of the surface of the print, which is a natural phenomenon of the crystalline material itself (i.e. crystallisation affects the transmittance of the material) and is not a quality issue.
Polymaker, Fiberon PET-GF15 Technical Data Sheetp. 1 - Surface finish
The color of the printing parts will become slightly lighter after annealing due to the change in crystallinity, which is a normal phenomenon.
Polymaker, Fiberon PET-GF15 Technical Data Sheetp. 1 - Moisture sensitivity
Fiberon™ PET-GF15 is sensitive to moisture and should always be stored and used under dry conditions (relative humidity below 20%).
Polymaker, Fiberon PET-GF15 Technical Data Sheetp. 1 - Nozzle wear
Normally, the life of a brass nozzle would be approximately 9h.
Polymaker, Fiberon PET-GF15 Technical Data Sheetp. 1 - Nozzle wear
Abrasion of the brass nozzle happens frequently when printing Fiberon™ PET-GF15.
Polymaker, Fiberon PET-GF15 Technical Data Sheetp. 1 - Nozzle wear
A wear-resistance nozzle, such as hardened steel and ruby nozzle, is highly recommended to be used with Fiberon™ PET-GF15.
Polymaker, Fiberon PET-GF15 Technical Data Sheetp. 1 - Supports and removal
For prints with a bridge length of more than 3cm, or a thick layer on the upper part of the bridge; prints with large overhangs or small overhangs; all need to add supports and anneal in the oven together with the supports.
Polymaker, Fiberon PET-GF15 Technical Data Sheetp. 1 - Printing advice
It is recommended to use Fiberon™ PET-GF15 directly without annealing in cases where temperature resistance of PET-GF15 above 80°C is not required.
Polymaker, Fiberon PET-GF15 Technical Data Sheetp. 1 - Printing advice
During annealing, do not touch the sample with your hands or apply any additional load to the sample.
Polymaker, Fiberon PET-GF15 Technical Data Sheetp. 1 - Printing advice
During annealing, ensure that the temperature in the oven is uniform and there are no obvious obstructions that cause uneven temperature of the sample.
Polymaker, Fiberon PET-GF15 Technical Data Sheetp. 1 - Printing advice
In principle, the sample placement method needs to be consistent with that during printing, and it is best to enter the oven directly together with the base plate.
Polymaker, Fiberon PET-GF15 Technical Data Sheetp. 1 - Good for
Ideal for functional prototypes, jigs, fixtures, automotive parts, brackets, and enclosures.
Polymaker, Fiberon PET-GF15 official maker product pagep. 1: exact product Description/Printing Requirements/FAQ; source text line 306 - Printing advice
During annealing, avoid applied loads and non-uniform oven temperature, and retain supports where needed to limit deformation.
Polymaker, Fiberon PET-GF15 official maker product pagep. 1: exact product Description/Printing Requirements/FAQ; source text line 274 - Benefits
engineered for users who need the toughness of an engineering-grade filament
Polymaker, Fiberon PET-GF15 official maker product pagep. 1
Chemicals and environment (1)
- Post-processing: described in words
Annealing temp. and time 120°C/16H
Polymaker, Fiberon PET-GF15 Technical Data Sheetp. 1: Annealing temp. and time
QIDI PET-GFStrength XY, MPa70.9Strength Z, MPa34Modulus XY, GPa4.13Charpy notched, kJ/m²6.56HDT 0.45, °C120HDT 1.8, °C99Price, CAD/kg—Nozzle, °C280–320Bed, °C60–80Chamber, °CnoneDrying, °C, h100–1204–6 h
QIDI PET-GFQIDI
Published values
| Property | As published | Conditions | On the Overview |
|---|---|---|---|
| QIDI, Technical Data Sheet QIDI PET-GF16 valuesThe same values also in QIDI, QIDI Filament Guide | Choose the Right Filament.Unless a row says otherwise: printed specimen | |||
| Tensile modulus XY | 4130.13 ± 107.0 Mpa MPap. 3: 拉伸模量（X-Y） Young’s modulus(X-Y) | ISO 527annealed at 100 °C for 8 h (stated once on its page) | in the median |
| Tensile modulus Z | 3322.37 ± 94.04 MPap. 3: 拉伸模量(Z) | ISO 527annealed at 100 °C for 8 h (stated once on its page) | in the median |
| Tensile strength (yield or break not stated) XY | 70.86 ± 2.86 Mpap. 3: 拉伸强度(X-Y) Tensile strength(X-Y) | no standard statedannealed at 100 °C for 8 h (stated once on its page) | in the median |
| Tensile strength (yield or break not stated) Z | 33.95 ± 2.38 MPap. 3: 拉伸强度 (Z) Tensile strength (Z) | no standard statedannealed at 100 °C for 8 h (stated once on its page) | in the median |
| Elongation at break XY | 2.56 ± 0.30 %p. 3: 断裂伸长率(X-Y) Elongation at break (X-Y) | no standard statedannealed at 100 °C for 8 h (stated once on its page) | in the median |
| Elongation at break Z | 1.14 ± 0.11 %p. 3: 断裂伸长率(Z) Elongation at break (Z) | no standard statedannealed at 100 °C for 8 h (stated once on its page) | in the median |
| Flexural modulus XY | 3650.32 ± 65.81 Mpap. 3: 弯曲模量 (X-Y) Bending modulus (X-Y) | no standard statedannealed at 100 °C for 8 h (stated once on its page) | in the median |
| Flexural strength XY | 114.87 ± 3.0 Mpap. 3: 弯曲强度(X-Y) Bending strength (X-Y) | no standard statedannealed at 100 °C for 8 h (stated once on its page) | in the median |
| Charpy impact strength XY | 6.56 ± 0.68 KJ/㎡p. 3: 缺口冲击强度 (X-Y) ISO 179 Charpy impact strength (X-Y) | ISO 179annealed at 100 °C for 8 h (stated once on its page)notched | in the median |
| HDT at 0.45 MPa | 120.3 °Cp. 3: Determination of temperature ISO 75: Method B | ISO 75As the sheet prints it: 0.45MPa ISO 75 | in the median |
| HDT at 1.8 MPa | 99.1 °Cp. 2: 热变形温度 | ISO 75As the sheet prints it: ISO 75: Method A (1.80MPa)annealed at 100 °C for 8 hPost-processing: 100°C Annealing 8 hours | in the median |
| Melting temperature | 251 °Cp. 2: 熔点 ISO 11357 Melting Temperature | specimen not stated, ISO 11357 | |
| Density | 1.38 g/cm³p. 2: 密度 ISO 1183 | specimen not stated, ISO 1183 | |
| Water absorption | 0.5%p. 2: Water absorptionalso in QIDI, QIDI Filament Guide | Choose the Right Filament | specimen not stated, ISO 62As the sheet prints it: ISO 62: Method 1 | |
| Melt mass-flow rate | 5.3 g/10minp. 2: Melt index | specimen not stated, no standard stated | |
| Fibre content | 15% chopped Glass fiberp. 1: Fibre content | specimen not stated, no standard stated | |
Print settings
- Nozzle
- 280–320 °Cown data sheet
- Bed
- 60–80 °Cown data sheet
- Heated chamber
- not requiredown data sheet
- Drying
- optional: 100–120 °C for 4–6 hown data sheet
- Hardened nozzle
- neededown data sheet
- Annealing
- 100 °C for 8 hown data sheet
Differs in another document of this product, not used in deciding (a data sheet speaks before a product page, a newer edition before an older one): drying in QIDI, QIDI Filament Guide | Choose the Right Filament.
Its 2 print profiles, in the documents' words
- Nozzle 280-320°C; Bed 60-80°C; Chamber no heating chamber are required; Drying After the material is damp, there will be more printing ozzing, bubbles extruded and rough printing surface. Please dry the filament in an oven at 100-120℃ for 4-6h to restore the printing quality of QIDI PET-GF.QIDI, Technical Data Sheet QIDI PET-GFp. 4: Drying note; p. 3: Nozzle Temperature; p. 4: Build plate temperature; p. 5: Nozzle; p. 3: Recommended Nozzle Diameter
- Nozzle 280-320°C; Bed Textured PEI plate with PVP glue (60-80°C) / Smooth PEI plate with PVP glue (60-80°C); Drying Required; Blast Drying Oven: 80-100°C / 4-6 hQIDI, QIDI Filament Guide | Choose the Right Filamentp. 1: Is drying highly recommended?; p. 1: Recommended hardware settings; p. 1: Bed Temperature & Type; p. 1: Extruder heat range
Price
Not in the price sample.
Its 3 documents
What the maker says (11)
- Benefits
Compared with PA and PC materials, PET has better creep-resistance.
QIDI, Technical Data Sheet QIDI PET-GFp. 1 - Warping and shrinkage
Smart Fiber Reinforced Technology greatly improves the mechanical properties and heat resistance of the material, and releases the internal stress during the printing process through the fiber mesh structure, resulting in good dimensional stability of the printed part and no warpage.
QIDI, Technical Data Sheet QIDI PET-GFp. 1 - Benefits
QIDI PET-GF is specially developed for FDM 3D printing process, and its substrate material is PET engineering plastic with low moisture absorption, high strength, creep resistance, excellent chemical resistance and high heat resistance.
QIDI, Technical Data Sheet QIDI PET-GFp. 2 - Warping and shrinkage
With good dimensional stability, no warpage and no shrinkage and no smell, no heating chamber are required during the printing process.
QIDI, Technical Data Sheet QIDI PET-GFp. 2 - Supports and removal
It can be used with QIDI S-Multi Quick-Remove Support Material to solve the problem of poor molding effect of supporting surface of complex model.
QIDI, Technical Data Sheet QIDI PET-GFp. 2 - Moisture sensitivity
Although the moisture absorption of PET material is very low, it is very sensitive to moisture.
QIDI, Technical Data Sheet QIDI PET-GFp. 4 - Moisture sensitivity
Printing after absorbing moisture will result in ozzing, extruding with bubbles and rough surface appearance, thus reducing print quality.
QIDI, Technical Data Sheet QIDI PET-GFp. 4 - Moisture sensitivity
It is recommended that put the filament into a dry box (humidity below 15%) immediately after opening the QIDI PET-GF vacuum foil bag for printing.
QIDI, Technical Data Sheet QIDI PET-GFp. 4 - Nozzle wear
Phaetus hardened steel and above grade nozzles shall be selected, which can effectively improve the print quality.
QIDI, Technical Data Sheet QIDI PET-GFp. 5 - Printing advice
Besides, it is recommended that the thickness of the heating block should no less than 12mm.
QIDI, Technical Data Sheet QIDI PET-GFp. 5 - Printing advice
After the printing, the printed part can be annealed to further improve the strength of QIDI PET-GF print part.
QIDI, Technical Data Sheet QIDI PET-GFp. 5
Raise3D Industrial PET GFStrength XY, MPa71Strength Z, MPa34Modulus XY, GPa4.13Charpy notched, kJ/m²—HDT 0.45, °C120HDT 1.8, °C99Price, CAD/kg98Nozzle, °C280–300Bed, °C80–100Chamber, °C—Drying, °C, h70–808–12 h
Raise3D Industrial PET GFRaise3D
Published values
| Property | As published | Conditions | On the Overview |
|---|---|---|---|
Raise3D, Raise3D Industrial PET GF Technical Data Sheet16 valuesUnless a row says otherwise: printed specimenannealed at 100 °C for 8 hAll specimens were annealed at 100˚C for 8hprint settingsAll testing specimens were printed under the following conditions: Nozzle temp 320℃, Bed temp 80℃, Print speed 45mm/s, Infill 100%, Infill angle ±45° | |||
| Tensile modulus XY | 4130 ± 107 MPap. 1: Young’s modulus (X-Y) ISO 527, GB/T 1040 | ISO 527, GB/T 1040 | in the median |
| Tensile modulus Z | 3322 ± 94 MPap. 1: Young’s modulus (Z) ISO 527, GB/T 1040 | ISO 527, GB/T 1040 | in the median |
| Tensile modulus orientation not stated | 4.1 GPap. 1: tensile modulus (after annealing) | specimen not stated, no standard statedprint settings not stated | not in the median: another value of this product is in it |
| Tensile strength (yield or break not stated) XY | 71 ± 3 MPap. 1: Tensile strength (X-Y) ISO 52 7, GB/T 1040 | ISO 527, GB/T 1040 | in the median |
| Tensile strength (yield or break not stated) Z | 34 ± 2 MPap. 1: Tensile strength (Z) ISO 527, GB/T 1040 | ISO 527, GB/T 1040 | in the median |
| Elongation at break XY | 2.56 ± 0.30 %p. 1: Elongation at break (X-Y) ISO 527, GB/T 1040 | ISO 527, GB/T 1040 | in the median |
| Elongation at break Z | 1.14 ± 0.11 %p. 1: Elongation at break (Z) ISO 527, GB/T 1040 | ISO 527, GB/T 1040 | in the median |
| Flexural modulus XY | 3650 ± 66 MPap. 2: Bending modulus (X-Y) ISO 178, GB/T 9341 | ISO 178, GB/T 9341 | in the median |
| Flexural strength XY | 115 ± 3 MPap. 2: Bending strength (X-Y) ISO 178, GB/T 9341 | ISO 178, GB/T 9341 | in the median |
| Charpy impact strength XY | 6.56 ± 0.68 kJ/m2p. 2: Charpy impact strength (X-Y) ISO 179, GB/T 1043 | ISO 179, GB/T 1043 | not in the median: notch not stated |
| HDT at 0.45 MPa | 120 °Cp. 1: Heat Deflection Temperature (°C) (120) | ISO 75As the sheet prints it: ISO75; 0.45 MPa | in the median |
| HDT at 1.8 MPa | 99 °Cp. 1: Heat Deflection Temperature (°C) (99) | ISO 75As the sheet prints it: ISO75; 1.8MPa | in the median |
| Density | 1.38 g/cm³p. 1: Density (g/cm³) | specimen not stated, ISO 1183, GB/T 1033treatment not statedprint settings not stated | |
| Water absorption | 0.5 %transcription correctedp. 1: Water absorption ISO 62: Method | specimen not stated, ISO 62As the sheet prints it: ISO 62: Method 1 | |
| Melt mass-flow rate | 5.3 g/10 minp. 1: Melt index (g/10 min) | specimen not stated, no standard namedAs the sheet prints it: 2.16 kg | |
| Fibre content | 15% glass fibersp. 1: Fibre content | specimen not stated, no standard statedtreatment not statedprint settings not stated | |
Print settings
- Nozzle
- 280–300 °Cown data sheet
- Bed
- 80–100 °Cown data sheet
- Heated chamber
- not stated
- Drying
- 70–80 °C for 8–12 hown data sheet
- Hardened nozzle
- neededown data sheet
- Annealing
- 100 °C for 8 hown data sheet
Its 2 print profiles, in the documents' words
- Drying Dry PET GF at 70-80°C for 8-12 hours before printingRaise3D, Raise3D Industrial PET GF Technical Data Sheetp. 2: the notes under the test specimens' conditions, the sheet's only printing guidance; p. 2: Notes. Its nozzle and bed temperatures are the specimens' print conditions, which are not printing guidance.
- Nozzle 280-300℃; Bed 80-100℃; Drying 70-80°C for 8 to 12 hoursRaise3D, PET GFp. 1: Printing Guide: Recommended Print Settings; Printing Notifications
Price
98 CAD/kgthe median of its 2 regular prices in the sample
2 listings
- Shop3D.ca: 100 CAD/kgRaise3D Industrial PET GF Filament - 1.75mm (1kg) / Black (SKU [S]5.11.19037A01)in its price; seen 30 Sep 2026
- DigitMakers: 96 CAD/kgRaise3D Industrial PET GF Filament 1.75mm 1kg / Red (SKU R3D-FL-PET-GF-1.75-1KG-RED)in its price; seen 30 Sep 2026
Its 3 documents
What the maker says (34)
- Benefits
Well-dispersed 15% glass fibers enhance the rigidity, strength, heat and chemical resistance of PET matrix.
Raise3D, Raise3D Industrial PET GF Technical Data Sheetp. 1 - Odour and emissions
Odor / Almost odorless
Raise3D, Raise3D Industrial PET GF Technical Data Sheetp. 1 - Warping and shrinkage
After annealing, a maximum of 0.1 % dimensional shrinkage could be observed along the Z-axis, depending on infill and layer height, and no significant dimensional shrinkage along the XY-axes
Raise3D, Raise3D Industrial PET GF Technical Data Sheetp. 2 - Moisture sensitivity
Dry PET GF at 70-80°C for 8-12 hours before printing, as low moisture content is crucial for final printed part quality.
Raise3D, Raise3D Industrial PET GF Technical Data Sheetp. 2 - Moisture sensitivity
After drying, we recommend to store PET GF filaments into Raise3D Filaments Dry Box during the printing.
Raise3D, Raise3D Industrial PET GF Technical Data Sheetp. 2 - Nozzle wear
Using abrasion resistance nozzle, such as hardened steel and ruby nozzle, is highly recommended.
Raise3D, Raise3D Industrial PET GF Technical Data Sheetp. 2 - Supports and removal
If PET GF is used as the support material for itself, please remove the support structure after annealing.
Raise3D, Raise3D Industrial PET GF Technical Data Sheetp. 2 - Printing advice
For a small size model (side length <50 mm), annealing at 80°C for 8 hours is recommended; For a medium-size model (50mm<side length <150 mm), annealing at 80°C for 12 hours is recommended; For a large size model, 100°C for at least 12 hours is recommended.
Raise3D, Raise3D Industrial PET GF Technical Data Sheetp. 2 - Good for
An ideal choice with multi-colour for reliable printing of fibreglass composites for strong and cost-effective end-use applications.
Raise3D, PET GFp. 1 - Benefits
Well-dispersed glass fibers enhance the rigidity, strength, heat, and chemical resistance of PET matrix.
Raise3D, PET GFp. 1 - Printing advice
After annealing, PET GF stabilizes its heat resistance at around 120 ℃, with tensile modulus and strength of over 4.1 GPa and 70 MPa respectively.
Raise3D, PET GFp. 1 - Good for
Compared to glass fiber-reinforced Nylon filament, the high printability, dimensional stability, high creep resistance, and low moisture absorption makes PET GF an ideal choice for reliable glass fiber composite printing for strong and cost-effective end-use applications, such as jigs & fixture and functional parts.
Raise3D, PET GFp. 1 - Surface finish
In addition, PET GF provides multiple color choices.
Raise3D, PET GFp. 1 - Moisture sensitivity
Low moisture absorption
Raise3D, PET GFp. 1 - Warping and shrinkage
High dimensional stability
Raise3D, PET GFp. 1 - Benefits
Heat and chemical resistance
Raise3D, PET GFp. 1 - Benefits
Creep resistance
Raise3D, PET GFp. 1 - Surface finish
Multiple colors
Raise3D, PET GFp. 1 - Good for
End-use parts
Raise3D, PET GFp. 1 - Good for
Jigs & Fixtures
Raise3D, PET GFp. 1 - Good for
Manufacture tools
Raise3D, PET GFp. 1 - Good for
Electrical and electronics (E&E) industry
Raise3D, PET GFp. 1 - Benefits
High Strength
Raise3D, PET GFp. 1 - Moisture sensitivity
Low Moisture Absorption
Raise3D, PET GFp. 1 - Benefits
High Performance-cost Ratio
Raise3D, PET GFp. 1 - Printing advice
Cooling fan ON
Raise3D, PET GFp. 1 - Moisture sensitivity
70-80°C for 8 to 12 hours
Raise3D, PET GFp. 1 - Moisture sensitivity
After drying, we recommend storing PET GF filaments inside Raise3D Filament Dry Box during the printing process.
Raise3D, PET GFp. 1 - Nozzle wear
Abrasion of the brass nozzle happens frequently when printing PET GF.
Raise3D, PET GFp. 1 - Nozzle wear
Using an abrasion-resistant nozzle, at minimum a Steel nozzle should be used or preferably, a SiC nozzle.
Raise3D, PET GFp. 1 - Printing advice
After printing, it is recommended to anneal the printed model in an oven at 80-100°C for 8-12 hours.
Raise3D, PET GFp. 1 - Printing advice
For a small size model (side length < 50 mm), annealing at 80℃ for 8 hours is recommended; For a medium-size model (50 mm < side length < 150 mm), annealing at 80℃ for 12 hours is recommended; For a large size model, 100°C for at least 12 hours is recommended.
Raise3D, PET GFp. 1 - Warping and shrinkage
After annealing, a maximum of 0.1 % dimensional shrinkage could be observed along the Z-axis, depending on infill and layer height, and no significant dimensional shrinkage along the XY-axes.
Raise3D, PET GFp. 1 - Supports and removal
If PET GF is also used as the support material, please remove the support structure after annealing.
Raise3D, PET GFp. 1
Chemicals and environment (1)
- Post-processing: described in words
After the printing, it is recommended to anneal the model in the oven at 80-100°C for 8-12 hours.
Raise3D, Raise3D Industrial PET GF Technical Data Sheetp. 2: Annealing note
Flashforge PET-GFStrength XY, MPa76Strength Z, MPa—Modulus XY, GPa—Charpy notched, kJ/m²—HDT 0.45, °C—HDT 1.8, °C—Price, CAD/kg—Nozzle, °C260–280Bed, °C70–100Chamber, °C25–50Drying, °C, h90–100≥ 12 h
Flashforge PET-GFFlashforge
Published values
| Property | As published | Conditions | On the Overview |
|---|---|---|---|
| Flashforge, Technical Data Sheet PET-GF Filament14 valuesUnless a row says otherwise: printed specimen | |||
| Tensile strength (yield or break not stated) XY | 76-82 Mpap. 1: Tensile Strength (X-Y) ISO 527 Mpa | ISO 527print settingsTest Equipment Flashforge Guider 3 Ultra; Nozzle Diameter 0.4mm; Nozzle Temperature 275 °C; Printing Speed 150mm/s; Wall Thickness 1.8mm; Infill 100% | in the median |
| Elongation at break XY | 5.5-6.5 %p. 1: Elongation at Break (X-Y) ISO 527 % | ISO 527print settingsTest Equipment Flashforge Guider 3 Ultra; Nozzle Diameter 0.4mm; Nozzle Temperature 275 °C; Printing Speed 150mm/s; Wall Thickness 1.8mm; Infill 100% | in the median |
| Elongation at break XZ | 1.5-2.5 %p. 1: Elongation at Break (X-Z) ISO 527 % | ISO 527print settingsTest Equipment Flashforge Guider 3 Ultra; Nozzle Diameter 0.4mm; Nozzle Temperature 275 °C; Printing Speed 150mm/s; Wall Thickness 1.8mm; Infill 100% | not in the median: measured on a bar in another orientation |
| Flexural modulus XY | 4500-4600 Mpap. 1: Bending Modulus (X-Y) ISO 527 Mpa | ISO 527print settingsTest Equipment Flashforge Guider 3 Ultra; Nozzle Diameter 0.4mm; Nozzle Temperature 275 °C; Printing Speed 150mm/s; Wall Thickness 1.8mm; Infill 100% | in the median |
| Flexural modulus XZ | 1900-2100 Mpap. 1: Bending Modulus (X-Z) ISO 527 Mpa | ISO 527print settingsTest Equipment Flashforge Guider 3 Ultra; Nozzle Diameter 0.4mm; Nozzle Temperature 275 °C; Printing Speed 150mm/s; Wall Thickness 1.8mm; Infill 100% | not in the median: measured on a bar in another orientation |
| Flexural strength XY | 132-138 Mpap. 1: Bending Strength (X-Y) ISO178 Mpa | ISO 178print settingsTest Equipment Flashforge Guider 3 Ultra; Nozzle Diameter 0.4mm; Nozzle Temperature 275 °C; Printing Speed 150mm/s; Wall Thickness 1.8mm; Infill 100% | in the median |
| Flexural strength XZ | 60-65 Mpap. 1: Bending Strength (X-Z) ISO178 Mpa | ISO 178print settingsTest Equipment Flashforge Guider 3 Ultra; Nozzle Diameter 0.4mm; Nozzle Temperature 275 °C; Printing Speed 150mm/s; Wall Thickness 1.8mm; Infill 100% | not in the median: measured on a bar in another orientation |
| Izod impact strength XY | 14-15.5 KJ/m2p. 1: Izod Impact Strength (X-Y) ISO180 KJ/m2 | ISO 180print settingsTest Equipment Flashforge Guider 3 Ultra; Nozzle Diameter 0.4mm; Nozzle Temperature 275 °C; Printing Speed 150mm/s; Wall Thickness 1.8mm; Infill 100% | not in the median: notch not stated |
| HDT at 0.45 MPa | 200 ℃physically implausiblep. 1: HDT@ 0.455 MPa (66 psi) ISO75 ℃ | ISO 75As the sheet prints it: 0.455 MPa 66 psi ISO75 | not in the median: physically implausible as published |
| Continuous service temperature | 120 ℃p. 2: Continuous Service Temperature IEC 60216 ℃ | IEC 60216 | |
| Density | 1.39-1.40 g/cm³p. 1: Density ISO 1183 g/cm³ | specimen not stated, ISO 1183 | |
| Water absorption | 0.05 %p. 1: Water Absorption (23℃/24h) ISO 62 % | specimen not stated, ISO 62As the sheet prints it: 23℃/24h ISO 62 | |
| Melt mass-flow rate | 3-6 g/10minp. 1: Melt Flow Rate (MFR) (250℃/5Kg) ISO 1133 g/10min | specimen not stated, ISO 1133As the sheet prints it: MFR 250℃/5Kg ISO 1133 | |
| Fibre content | 15% glass fiberp. 1: Fibre content | specimen not stated, no standard stated | |
Print settings
- Nozzle
- 260–280 °Cown data sheet
- Bed
- 70–100 °Cown data sheet
- Heated chamber
- 25–50 °Cown data sheet
- Drying
- optional: 90–100 °C for ≥ 12 hown data sheet
- Hardened nozzle
- neededown data sheet
Differs in another document of this product, not used in deciding (a data sheet speaks before a product page, a newer edition before an older one): nozzle in Flashforge, Flashforge PET-GF Filament; drying in Flashforge, Flashforge PET-GF Filament.
Its 2 print profiles, in the documents' words
- Nozzle 260-290°C; Bed 70-100°C; Drying 100°C for5h in convection ovenFlashforge, Flashforge PET-GF FilamentSpecification section
- Nozzle 260~280℃ (275℃ recommended); Bed 70~100℃ (90℃ recommended); Chamber Room temperature~50℃; Drying In case the filament has become wet, it should be dried before being used; Using a hot dry air oven at 90℃-100℃ for at least 12 hours is recommendedFlashforge, Technical Data Sheet PET-GF Filamentp. 2: Recommended printing settings: Nozzle Temperature; p. 2: Ambient Temperature for Printing; p. 2: Build Surface Material; p. 2: Nozzle & Gear Material; p. 1: Description; p. 2: Nozzle Diameter (recommended printing settings)
Price
Not in the price sample.
Its 3 documents
What the maker says (5)
- Benefits
It is a polyester-based composite containing 15% glass fiber, offering excellent temperature resistance, low shrinkage, and ease of printing, with the ability to be printable on non-heated chamber FFF 3D printers.
Flashforge, Technical Data Sheet PET-GF Filamentp. 1 - Nozzle wear
Nozzle & Gear Material Hardened steel
Flashforge, Technical Data Sheet PET-GF Filamentp. 2 - Supports and removal
Otherwise, the support structure can be bonded to the model, which will make the support hard to remove.
Flashforge, Technical Data Sheet PET-GF Filamentp. 3 - Supports and removal
If PET-GF is used as the support material for itself, please remove the support structure as soon as the model cools down.
Flashforge, Technical Data Sheet PET-GF Filamentp. 3 - Printing advice
After the printing process, it is recommended to dry the model in the oven at 120-130°C for 6-8 hours to increase the strength of the model.
Flashforge, Technical Data Sheet PET-GF Filamentp. 3
Chemicals and environment (1)
- Post-processing: described in words
After the printing process, it is recommended to dry the model in the oven at 120-130°C for 6-8 hours to increase the strength of the model.
Flashforge, Technical Data Sheet PET-GF Filamentp. 3: Post-processing note
No product matches "".
Values are for the colour each sheet tested; pigment can change them.