PET CF 3D printing Material for S series

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PET Carbon Fiber
for S series

Use UltiMaker PET CF to create high-performance applications, from functional prototypes to manufacturing aids and replacement parts. UltiMaker PET CF comes in multiple colors, is easy-to-use, and is versatile. Making it the perfect choice for composite printing on UltiMaker S series printers for a wide range of applications.

Where to buy
Discover the PET CF Expansion Kit Guides and data sheets

PET CF material properties

Print Core
CC, CC+, HT
Spool weight
750 g
Filament diameter
2.85 mm
Hardness
76 Shore D
(annealed 81 Shore D)
Impact strength
8.6 kJ/m²
(annealed 5.3 kJ/m²)
Thermal resistance
76°C
(annealed 181°C)

PET CF 3D printing applications

Functional prototyping

Create functional prototypes with high-performance properties including impressive strength, stiffness, and temperature resistance. Use an engineering-grade material for your engineering prototypes.

Tooling and fixtures

UltiMaker PET CF is the perfect material for your manufacturing needs. It provides the performance and versatility for a wide range of applications: such as jigs, fixtures, and end-of-arm tooling.

Replacement parts and auxiliary components

UltiMaker PET CF is the perfect solution for replacing broken or hard-to-source parts. You no longer need to shut down a production line for days or weeks while waiting for a replacement. Instead, you can print a new part using PET CF, even when you need it to be strong or temperature-resistant.

Tailored and tuned for
S8 and S7 3D printers

Enjoy a seamless composite printing experience thanks to the complete integration of PET CF with UltiMaker S8 printers and S series printers: including NFC-equipped spools, the Print Core CC, CC+, HT, and intent profiles in UltiMaker Cura.

Request a quote for the S8 Pro Carbon Bundle

Learn how to anneal your PET CF part for better performance

The suitability of PET CF, combined with the extensive testing and validation that we performed while developing it, makes it the perfect candidate for annealing. If you follow the guidelines in this article, you will end up with a part that is stronger, stiffer, and more heat-resistant.

Read the guide

Material properties

Select the material properties you would like to compare all S series materials.

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Properties to compare
2
Available materials

UltiMaker S series materials

A proven selection of polymers to help you address a wide range of use cases.

Nylon CF Slide (new)

Print Core:

CC, CC+, HT

Coefficient of friction

0.2

HDT B

180°C (Annealed)

Impact
strength:

24 kJ/m2
Learn more

PET CF

Print Core:

CC

Hardness:

76 Shore D

Thermal resistance:

76 °C

Impact
strength:

8.6 kJ/m²
Learn more

Tough PLA

Print Core:

AA, AA+

Hardness:

80 Shore D

Thermal resistance:

58 °C

Impact
strength

9 kJ/m²
Learn more

PLA

Print Core:

AA, AA+

Hardness:

84 Shore D

Thermal resistance:

59 °C

Impact
strength:

4 kJ/m²
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PETG

Print core:

AA, AA+

Hardness:

76 Shore D

Thermal resistanceL:

76 °C

Impact
strength:

8 kJ/m²
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ABS

Print Core:

AA, AA+

Hardness:

76 Shore D

Thermal resistance:

87 °C

Impact
strength:

14 kJ/m²
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CPE

Print Core:

AA, AA+

Hardness:

76 Shore D

Thermal resistance:

77 °C

Impact
strength:

6 kJ/m²
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CPE+

Print Core:

AA, AA+

Hardness:

77 Shore D

Thermal resistance:

100 °C

Impact
strength:

37 kJ/m²
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Nylon

Print Core:

AA, AA+

Hardness:

81 Shore D

Thermal resistance:

89 °C

Impact
strength:

14 kJ/m²
Learn more

PC

Print Core:

AA, AA+

Hardness:

81 Shore D

Thermal resistance:

111 °C

Impact
strength:

12 kJ/m²
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TPU 95A

Print Core:

AA, AA+

Hardness:

48 Shore D

Thermal resistance:

116 °C

Impact
strength:

36 kJ/m²
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PP

Print Core:

AA, AA+

Hardness:

42 Shore D

Thermal resistance:

99 °C

Impact
strength:

49 kJ/m²
Learn more