PETG FAMILY

PETG Carbon Fibre

Engineering

Carbon fibre reinforced PETG for improved stiffness.

Buy PETG Carbon Fibre →Not Sure? Use the Selector

NOZZLE:230-240°CBED:60-70°CENCLOSURE:OptionalSEALED BAG:Ready to printHARDENED NOZZLE REQUIRED

WHY USE PETG Carbon Fibre

Carbon fiber reinforcement dramatically increases stiffness and reduces warping. Ideal for precision tooling and structural components under moderate heat.

Stiff structural parts, jigs, and fixtures requiring dimensional stability.

PRINTING REFERENCE

How to Print PETG Carbon Fibre

The same STANDARD PRINT CO. reference values appear in the TDS download. They are starting points, not batch test results or a calibrated machine profile.

Nozzle Temperature	230-240°C
Bed Temperature	60-70°C
Fan Speed	100%
Print Speed	< 200 mm/s
Enclosure	Optional
Recovery drying after exposure	65°C, 8h
Nozzle Hardware	Hardened 0.6mm+

Validate with a calibration print and consult the printer, nozzle and build-surface guidance. For recovery drying, also check spool and dryer temperature limits.

Our filament is ready to print from an intact, sealed bag; no initial drying is needed. Reseal it in the foil bag with maintained desiccant between prints. Storage does not remove absorbed moisture.

Check storage and recovery drying

PROPERTIES

Key Characteristics

Dimensionally stableHigh stiffnessReduced warpingHeat resistant (80-100°C)

DOWNLOADS

Documentation & References

APPLICATIONS

What to Print With It

Functional parts & fixtures

Load-bearing brackets, jigs, and production tooling.

Precision tooling

High-accuracy fixtures requiring dimensional stability.

Structural components

Parts designed to bear mechanical loads.

HARDWARE

Compatible Printers

Open-frame Filament Printer
Basic FDM setup ideal for low-warp materials like PLA and PETG.
Enclosed Filament Printer
Temperature-controlled chamber for improved print quality and reduced warping.
Enclosed + Heated Chamber
Active heating for engineering polymers like ABS, ASA, and nylons.

FREQUENTLY ASKED QUESTIONS

Common Questions About PETG Carbon Fibre

What is PETG Carbon Fibre best used for?

Stiff structural parts, jigs, and fixtures requiring dimensional stability.

Do I need an enclosed printer for PETG Carbon Fibre?

An enclosure is optional in the PETG Carbon Fibre reference sheet. Choose a setup suited to the part, printer and ventilation requirements.

Does PETG Carbon Fibre need drying before printing?

STANDARD PRINT CO. filament is ready to print from an intact, sealed bag; no initial drying is needed. Reseal it in the foil bag with maintained desiccant between prints. After moisture exposure, assess recovery drying separately. Storage does not remove absorbed moisture; moisture-sensitive materials may need protected feeding while printing.

What nozzle temperature should I use for PETG Carbon Fibre?

The PETG Carbon Fibre reference sheet lists 230-240°C. Use a suitable printer profile, check nozzle and build-surface compatibility, and calibrate for the part. Nozzle reference: Hardened 0.6mm+.

AVAILABILITY