Compare every filament we run.

Pick based on where the part will live — heat, load, outdoor, flex. Materials marked "in stock" can be ordered straight from the configurator; "on request" materials are quoted by email.

Standard

PLA

In stock

Details →

Production tolerance

±0.2 mm or ±0.2 % — whichever is greater

Minimum wall thickness

0.80 mm

Relative performance · 1–10

Relative strength

Relative stiffness

7.5

Relative toughness

Relative printability

Mechanical reference values

Tensile strength

40–60 MPa

Tensile modulus

2.0–3.0 GPa

Elongation at break

3–8 %

Impact behaviour

Low · brittle fracture

Thermal & physical properties

Density

1.24 g/cm³

Typical service temperature

45–50 °C · unloaded

Glass-transition temperature

55–60 °C

Coefficient of thermal expansion

60–90 µm/m·°C

Moisture sensitivity

Low to moderate

UV / weather resistance

Limited

FDM processing window

Nozzle temperature

190–220 °C

Bed temperature

40–60 °C

Enclosure recommendation

Not required

Drying guidance

If needed · 45–55 °C · 4–6 h

Nozzle requirement

Standard brass nozzle

Warping tendency

Low

Characteristics

RigidBiodegradableHeated bed not required

Reference basis: cross-manufacturer material-class guidance; not a spool-specific datasheet.

Standard

Silk PLA

In stock

Details →

Production tolerance

±0.2 mm or ±0.2 % — whichever is greater

Minimum wall thickness

1.20 mm

Relative performance · 1–10

Relative strength

Relative stiffness

6.5

Relative toughness

Relative printability

Mechanical reference values

Tensile strength

30–45 MPa

Tensile modulus

1.6–2.4 GPa

Elongation at break

3–10 %

Impact behaviour

Low · brittle fracture

Thermal & physical properties

Density

1.24–1.30 g/cm³

Typical service temperature

45–50 °C · unloaded

Glass-transition temperature

55–60 °C

Coefficient of thermal expansion

60–90 µm/m·°C

Moisture sensitivity

Low to moderate

UV / weather resistance

Limited

FDM processing window

Nozzle temperature

200–225 °C

Bed temperature

40–60 °C

Enclosure recommendation

Not required

Drying guidance

If needed · 45–55 °C · 4–6 h

Nozzle requirement

Standard brass nozzle

Warping tendency

Low

Characteristics

RigidBiodegradableHeated bed not required

Reference basis: cross-manufacturer material-class guidance; not a spool-specific datasheet.

Standard

PETG

In stock

Details →

Production tolerance

±0.2 mm or ±0.2 % — whichever is greater

Minimum wall thickness

1.00 mm

Relative performance · 1–10

Relative strength

Relative stiffness

Relative toughness

Relative printability

Mechanical reference values

Tensile strength

40–50 MPa

Tensile modulus

1.3–2.1 GPa

Elongation at break

5–50 %

Impact behaviour

High · tough response

Thermal & physical properties

Density

1.23–1.27 g/cm³

Typical service temperature

60–65 °C · unloaded

Glass-transition temperature

75–80 °C

Coefficient of thermal expansion

60–80 µm/m·°C

Moisture sensitivity

Moderate

UV / weather resistance

Moderate · formulation-dependent

FDM processing window

Nozzle temperature

230–250 °C

Bed temperature

70–90 °C

Enclosure recommendation

Recommended for larger parts

Drying guidance

Recommended · 55–65 °C · 6–8 h

Nozzle requirement

Standard brass nozzle

Warping tendency

Medium

Characteristics

RigidImpact resistantWater resistantChemically resistantFatigue resistant

Reference basis: cross-manufacturer material-class guidance; not a spool-specific datasheet.

Engineering

ABS

On request

Details →

Production tolerance

±0.35 mm

Minimum wall thickness

1.20 mm

Relative performance · 1–10

Relative strength

Relative stiffness

Relative toughness

Relative printability

Mechanical reference values

Tensile strength

30–45 MPa

Tensile modulus

1.6–2.2 GPa

Elongation at break

5–25 %

Impact behaviour

High · tough response

Thermal & physical properties

Density

1.04–1.08 g/cm³

Typical service temperature

75–85 °C · unloaded

Glass-transition temperature

100–110 °C

Coefficient of thermal expansion

70–100 µm/m·°C

Moisture sensitivity

Low to moderate

UV / weather resistance

Limited

FDM processing window

Nozzle temperature

230–260 °C

Bed temperature

90–110 °C

Enclosure recommendation

Required for reliable parts

Drying guidance

Recommended · 65–75 °C · 6–8 h

Nozzle requirement

Standard brass nozzle

Warping tendency

High

Characteristics

RigidImpact resistantHeat resistant

Reference basis: cross-manufacturer material-class guidance; not a spool-specific datasheet.

Engineering

ASA

On request

Details →

Production tolerance

±0.35 mm

Minimum wall thickness

1.20 mm

Relative performance · 1–10

Relative strength

6.5

Relative stiffness

Relative toughness

Relative printability

Mechanical reference values

Tensile strength

30–45 MPa

Tensile modulus

1.6–2.3 GPa

Elongation at break

5–25 %

Impact behaviour

High · tough response

Thermal & physical properties

Density

1.05–1.10 g/cm³

Typical service temperature

80–90 °C · unloaded

Glass-transition temperature

100–105 °C

Coefficient of thermal expansion

90–110 µm/m·°C

Moisture sensitivity

Low to moderate

UV / weather resistance

Good

FDM processing window

Nozzle temperature

240–270 °C

Bed temperature

90–110 °C

Enclosure recommendation

Required for reliable parts

Drying guidance

Recommended · 65–75 °C · 6–8 h

Nozzle requirement

Standard brass nozzle

Warping tendency

High

Characteristics

RigidImpact resistantUV resistantWater resistantHeat resistant

Reference basis: cross-manufacturer material-class guidance; not a spool-specific datasheet.

Flexible

TPU

On request

Details →

Production tolerance

±0.50 mm

Minimum wall thickness

1.20 mm

Relative performance · 1–10

Relative strength

Relative stiffness

Relative toughness

Relative printability

Mechanical reference values

Tensile strength

20–40 MPa

Tensile modulus

0.02–0.08 GPa

Elongation at break

>400 % · XY orientation

Impact behaviour

Very high · flexible response

Thermal & physical properties

Density

1.20–1.22 g/cm³

Typical service temperature

60–80 °C · unloaded

Glass-transition temperature

Below room temperature · elastomer

Coefficient of thermal expansion

100–200+ µm/m·°C

Moisture sensitivity

High · dry before printing

UV / weather resistance

Varies by formulation

FDM processing window

Nozzle temperature

210–240 °C

Bed temperature

25–60 °C

Enclosure recommendation

Not required

Drying guidance

Recommended · 55–65 °C · 6–8 h

Nozzle requirement

Standard brass nozzle

Warping tendency

Low

Characteristics

FlexibleImpact resistantFatigue resistantHeated bed not required

Reference basis: cross-manufacturer material-class guidance; not a spool-specific datasheet.

Composite

PLA-CF

On request

Details →

Production tolerance

±0.2 mm or ±0.2 % — whichever is greater

Minimum wall thickness

1.00 mm

Relative performance · 1–10

Relative strength

Relative stiffness

Relative toughness

Relative printability

Mechanical reference values

Tensile strength

40–55 MPa · XY orientation

Tensile modulus

3.0–4.0 GPa · XY orientation

Elongation at break

1–3 %

Impact behaviour

Low · brittle fracture

Thermal & physical properties

Density

1.27–1.30 g/cm³

Typical service temperature

45–50 °C · unloaded

Glass-transition temperature

55–65 °C

Coefficient of thermal expansion

20–40 µm/m·°C

Moisture sensitivity

Moderate

UV / weather resistance

Limited

FDM processing window

Nozzle temperature

190–230 °C

Bed temperature

25–60 °C

Enclosure recommendation

Not required

Drying guidance

Recommended · 50–60 °C · 6–8 h

Nozzle requirement

Hardened nozzle required · abrasive

Warping tendency

Low

Characteristics

RigidCompositeHeated bed not required

Reference basis: cross-manufacturer material-class guidance; not a spool-specific datasheet.

Composite

PETG-CF

On request

Details →

Production tolerance

±0.2 mm or ±0.2 % — whichever is greater

Minimum wall thickness

1.00 mm

Relative performance · 1–10

Relative strength

Relative stiffness

Relative toughness

Relative printability

Mechanical reference values

Tensile strength

40–55 MPa · XY orientation

Tensile modulus

3.0–4.5 GPa · XY orientation

Elongation at break

1–3 %

Impact behaviour

Medium

Thermal & physical properties

Density

1.28–1.32 g/cm³

Typical service temperature

60–65 °C · unloaded

Glass-transition temperature

75–80 °C

Coefficient of thermal expansion

20–40 µm/m·°C

Moisture sensitivity

High · dry before printing

UV / weather resistance

Moderate · formulation-dependent

FDM processing window

Nozzle temperature

230–260 °C

Bed temperature

70–90 °C

Enclosure recommendation

Recommended for larger parts

Drying guidance

Recommended · 55–65 °C · 6–8 h

Nozzle requirement

Hardened nozzle required · abrasive

Warping tendency

Medium

Characteristics

RigidImpact resistantWater resistantHeat resistantChemically resistantFatigue resistantComposite

Reference basis: cross-manufacturer material-class guidance; not a spool-specific datasheet.

Material-class reference ranges compiled from multiple polymer and filament technical sources. Values vary by formulation, colour, conditioning, test method and print settings; they are not a product certificate or a guarantee for your part.

The 1–10 figures are a relative comparison within this catalogue, not a measurement.

“From” prices are the real charge for one reference part (20 mm cube, 15 % infill), computed by the same engine as your quote and including the €7.00 order fee, before shipping. Your part's price depends on its size, height and quantity — the live quote in the configurator is binding.

Dimensional tolerance

±0.2 mm or ±0.2 % — whichever is greater

We hold this tolerance on every part, whichever slicer settings we use. Layer height, infill and nozzle are production decisions we make for you. Per-material figures on the detail pages are tighter than this site-wide commitment.

FDM design rules & tolerances →How pricing works →

Still unsure? Tell us what the part has to survive — heat, load, sunlight, moisture — and we'll pick the filament with you before you pay.

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Compare every filament we run.

Technical specifications

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