High-Performance Composite Filaments

Material Comparison Guide

Unsure which material is best suitable for your application? Fiberon 3D filament composites can be used in any application ranging from functional prototypes to manufacturing tools and replacement components.

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Heat Resistance - Stiffness

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Filament Comparison Table

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Filaments	PPS-CF10	PET-CF17	PETG-rCF08	PA6-CF20	PA12-CF10	PA612-CF15	PA6-GF25	PETG-ESD
Physical properties
Rigidity Young's Modulus - XY	5314.1 MPa	5481.0 MPa	3710.1 MPa	2508.1 MPa	3131.7 MPa	3990.8 MPa	1793.6 MPa	1983.0 MPa
Strength Tensile Strength - XY	32.0 MPa	65.9 MPa	59.8 MPa	54.7 MPa	71.7 MPa	83.1 MPa	40.2 MPa	36.1 MPa
Rigidity (z) Young's Modulus - Z	2790.0 MPa	3558.8 MPa	2651.9 MPa	1056.1 MPa	1622.0 MPa	2386.7 MPa	1164.7 MPa	1626.4 MPa
Layer Adhesion Tensile Strength - Z	32 MPa	27.9 MPa	41.1 MPa	25.5 MPa	42.1 MPa	35.6 MPa	26.3 MPa	20.7 MPa
Impact Resistance Charpy Impact Strength - XY Notched	5.3 kJ/m²	5.1 kJ/m²	4.0 kJ/m²	35.6 kJ/m²	10.2 kJ/m²	7.7 kJ/m²	28.0 kJ/m²	5.7 kJ/m²
Printing requirements
Drying Conditions	100°C 10h	100°C 10h	65°C 3h	100°C 10h	100°C 10h	100°C 10h	100°C 10h	65°C 3h
Nozzle Temperature	310-350°C	270-300°C	240-270°C	280-300°C	280-300°C	250-300°C	280-300°C	250-290°C
Heated Chamber Needed	×	×	×	×	×	×	×	×
Enclosure Needed	Recommended	Recommended	Recommended	Recommended	Recommended	Recommended	Recommended	Recommended
AMS Compatible	✓	✓	✓	✓	✓	✓	✓	✓
Annealing	125°C 16h	120°C 10h	N/A	100°C 16h	100°C 16h	100°C 16h	100°C 16h	N/A

Can this filament be printed using a material station (such as AMS)?
In our tests, this material is compatible with Bambu Lab’s AMS device and can be used with support materials. However, please note that when teflon tube is bent at a large angle (the diameter of the bending arc is less than 100mm), it is easy to cause the filament to break inside. It is recommended to use it with a tube fixture and a raiser.
My printer does not have a chamber heating function, can I print this material?
Fiberon™ series filaments all have good dimensional stability and anti-warping performance. Chamber heating is not necessary, and low warping can be achieved even without a chamber. We recommend that you carefully confirm the settings of the nozzle material, print nozzle and base plate temperature before printing. It is recommended to print in a closed environment to ensure that your prints achieve the best performance.

Material Comparison Guide

Compare material properties

Can this filament be printed using a material station (such as AMS)?

My printer does not have a chamber heating function, can I print this material?

Printer profiles