3D-tulostinfilamentti FlashForge PETG 1,75 mm Burnt Titanium, 1 kg kela

FlashForge PETG 1.75 mm Burnt Titanium on a 1 kg spool is a thermoplastic filament designed for FDM 3D printing. The material combines mechanical strength and chemical resistance with a printing workflow that is generally easier than ABS. Supplied in a neutral metallic Burnt Titanium shade, this 1.75 mm PETG filament delivers consistent extrusion and reliable layer adhesion for functional parts, prototypes and durable models on printers compatible with 1.75 mm filament.

Advantages

PETG offers a balance of toughness and flexibility while maintaining good chemical and moisture resistance. Compared with PLA, PETG provides improved thermal and mechanical properties; compared with ABS, it is easier to print and emits fewer odours. The filament is manufactured to maintain uniform diameter and roundness, which supports steady extrusion, consistent layer lines and reduced risk of clogging. The Burnt Titanium color provides a neutral metallic finish suitable for aesthetic parts and technical components alike.

Suitable for

• Functional parts and enclosures requiring durability
• Prototypes and concept models with structural demands
• Mechanical components such as brackets, clips and mounts
• Visual models and parts where a neutral metallic appearance is desired
• Outdoor or mildly humid applications where chemical resistance is beneficial

Key specifications

• Material: PETG (polyethylene terephthalate glycol-modified)
• Diameter: 1.75 mm nominal
• Spool weight: 1 kg of filament
• Color: Burnt Titanium (metallic neutral shade)
• Compatibility: for FDM/FFF printers that accept 1.75 mm filament

How to use

Load the spool onto the printer’s filament holder and feed the filament into the extruder following the printer manufacturer’s instructions. Recommended extrusion temperatures for PETG typically fall in a moderate range; consult your printer settings and perform a small test print to determine the optimal nozzle and bed temperatures, retraction and print speed for your specific machine and model. Ensure the filament is cleanly cut and free of dust before feeding to minimize clogging. Use a heated bed or adhesion aid if required, and allow parts to cool gradually to reduce warping and ensure good layer bonding.

Recommendations

Store the filament in a dry environment or sealed container with desiccant to prevent moisture absorption that can lead to printing issues. For best results, tune retraction and print speed to reduce stringing and adjust cooling to balance surface finish and layer adhesion. When printing functional parts, consider modest infill and increased wall thickness for improved strength.