High-Performance Composite Filaments

Fiberonโ„ข PETG-rCF08

Affordable strength and precision from recycled carbon fiber reinforcement

HDT(ยฐC)
0.45Mpa
68.6
Young's
Modulus
Dry
3710 MPa
Young's
Modulus
Wet
Spool info:
1.75mm
500g, 2kg

About PETG-rCF08

TDSSDS

Our entry-level composite filament featuring recycled carbon fibers. Inheriting the printability and performance of PETG, while gaining enhanced stiffness from the carbon fiber reinforcement. Print high-speed, moisture-insensitive, and low-creep prototypes with exceptional dimensional accuracy. PETG-rCF08 strikes the perfect balance between affordability and functionality, empowering you to quickly create durable, accurate prototypes.

Application Category

Automotive
Consumer Productsโ€‹
Prototyping
Heat deflection temperature (0.45Mpa)
HDT(ยฐC)68.6
Young's modulus
Dry3710 MPa
Wet
Tensile strength
(x-y)
59.8 MPa
(z)
41.1 MPa
Charpy Impact strength
notched
(x-y)
4.0 kJ/mยฒ
Bending modulus
(x-y)
3779.1 MPa
(*) all data are from printed specimen
Easy to print on any printer
Recycled carbon fibre

Download a printer profile

Printer compatibility

Printing temperature:
270ยฐC
Bed temperature:
60ยฐC

(*) No heated chamber or enclosure needed

Nozzle compatibility

Brass nozzle has a lifespan of 9h when printing PETG-rCF08. We recommend to use a more durable nozzle.
PETG-rCF08
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Our goal is to make materials with a key characteristic - advanced materials that are easy to use for anyone, coming from any industry, without the need of an advanced technological skill set.
  • What is the difference between Fiberonโ„ข PETG-rCF08 and Fiberonโ„ข PET-CF17?

    The main differences is in their carbon fiber content and resulting properties. Fiberonโ„ข PETG-rCF08 contains 8% recycled carbon fiber, offering a balanced enhancement of stiffness and strength while maintaining good printability and sustainability. In contrast, Fiberonโ„ข PET-CF17 contains 17% carbon fiber, providing higher levels of stiffness and strength, which may be beneficial for applications requiring greater structural integrity and performance.

  • What is the percentage of the carbon fiber content in Fiberonโ„ข PETG-rCF08?

    It contains 8 wt% carbon fibers.

  • Do PETG-rCF08 prints need to be annealed? What should be noted when using them?

    This material can be used without annealing. Please note that drying at 65ยฐC for 3h before use will help achieve better printing performances.