Filament Fiberlogy Matte PETG 1.75 mm 0.85 kg — Gray

Fiberlogy Matte PETG 1.75 mm (0.85 kg) in gray is a PETG filament formulated for FDM/FFF 3D printing where a balance of mechanical performance and a subdued matte surface is required. The material offers good layer adhesion, chemical resistance and dimensional stability, making it suitable for functional prototypes, mechanical parts and end-use components that need strength combined with a neat, low-gloss finish.

Advantages

The matte PETG filament provides improved surface appearance compared with standard glossy PETG while retaining PETG’s inherent toughness and chemical resistance. Its 1.75 mm diameter and consistent diameter tolerance ensure stable extrusion and predictable layer bonding. The filament’s dimensional stability reduces warping during printing and helps produce accurate, repeatable parts suitable for functional testing and small-series production.

Suitable for

• Functional prototypes and engineering models
• Mechanical components, brackets and housings
• End-use parts requiring chemical resistance and strength
• Visual parts where a matte, low-reflective surface is preferred
• General-purpose FDM/FFF printing with 1.75 mm extruders

Key specifications

• Material: PETG (matte finish)
• Diameter: 1.75 mm
• Net weight: 0.85 kg
• Colour: Gray (matte)
• Properties: good layer adhesion, chemical resistance, dimensional stability, low-gloss surface

How to use

Load the filament into any compatible FDM/FFF printer designed for 1.75 mm filament. Typical printing temperatures for PETG are in the mid-range recommended by the printer and material manufacturer; adjust nozzle and bed temperatures to achieve optimal layer adhesion and surface finish. Ensure the print bed is clean and properly leveled; use adhesives or a suitable print surface if additional bed adhesion is required. Print cooling should be moderate to maintain interlayer strength while improving surface appearance.

Usage recommendations

For best results, start with manufacturer-recommended nozzle temperature and print speed, then fine-tune settings: increase nozzle temperature slightly if interlayer adhesion is poor, reduce print speed to improve surface finish, and use moderate part cooling to avoid excessive stringing. Store the filament in a dry environment or sealed container with desiccant to preserve printability and prevent moisture-related defects.