Prof. Lab PETG+CF 1.75mm 1kg Blue

Name: Prof. Lab PETG+CF 1.75mm 1kg Blue
Brand: Prof. Lab
SKU: FG-P209-E1
Price: 16.90 EUR
Availability: InStock

Only 5 left

Rigid, dimensionally accurate carbon-fibre PETG with a matte technical finish.

Compatibility and preparation

What do these mean?

Hardened nozzleRequired

Enclosed printerNot required

Heated chamberNot required

Drying 65°C · 4–6 hRecommended

Dry the filament if it is brittle or the spool has been open for a long time.

Recommended settings

Nozzle240–260°C

Bed80–90°C

Speed30–80 mm/s

Only 5 left

Recommended settings

Nozzle240–260°C

Bed80–90°C

Speed30–80 mm/s

SKU: FG-P209-E1 Category: PETG Tags: 3d filament, 3d Filament, 3D material, 3D printer material, 3D printing material, filament, material, petg filament Brand: Prof. Lab

Print settings

Use these values as a starting point and prefer the manufacturer’s specific profile.

Nozzle temperature240–260°C

Bed temperature80–90°C

Recommended speed30–80 mm/s

Cooling30–50%

Diameter1.75 mm

Spool weight1kg/spool

DifficultyIntermediate

Drying and storage

Correct preparation helps prevent moisture-related weak layers, uneven surfaces and stringing.

DryingRecommended

Temperature65°C

Time4–6 h

Practical note: Dry the filament if it is brittle or the spool has been open for a long time.

Printer requirements

Before purchasing, check that the printer and preparation meet all four requirements.

Hardened nozzleRequired

Enclosed printerNot required

Heated chamberNot required

DryingRecommended

Prof. Lab PETG+CF 1.75mm 1kg Blue — colour: blue.

Prof. Lab PETG+CF is a carbon-fibre-reinforced PETG composite that combines PETG’s durability with greater rigidity, dimensional stability and reduced warping. It gives parts a matte technical finish and helps reduce the visibility of layer lines.

PETG+CF is suited to functional and technical parts where shape stability, accuracy and a professional appearance are important.

Suitable for

Brackets, enclosures and tools
Functional machine and printer parts
Engineering prototypes
Parts requiring rigidity and dimensional stability

Good to know

Carbon fibre is abrasive, so use a hardened or other wear-resistant nozzle. A standard brass nozzle can wear quickly.

PETG+CF absorbs moisture. Store opened spools in a sealed container with desiccant and dry the filament if the surface becomes rough or bubbling occurs during printing.

The exact printing parameters, drying recommendations and printer requirements are listed in the specification table above.