Eryone PETG Transparent Filament 175mm 1kg – Tough & Clear 3D Printing PETG

Eryone PETG Transparent Filament 175mm 1kg

Eryone PETG Transparent Filament 175mm 1kg is a high-performance PETG filament engineered to provide increased toughness, impact resistance, and durability compared to PLA, while maintaining smooth and reliable printability. Optimised to reduce common PETG issues such as stringing, oozing, nozzle clogging, and jamming, this filament delivers a clean and consistent printing experience.

The transparent finish offers excellent clarity with a smooth surface appearance, making it ideal for functional parts where visibility is required, such as containers, fluid-related components, light covers, display models, and protective housings. PETG’s natural flexibility and strength, combined with good water and weather resistance, make it well suited for parts exposed to moisture or moderate outdoor environments.

ERYONE Standard PETG provides strong layer adhesion, good dimensional stability, and reduced brittleness, resulting in durable, long-lasting prints. It is compatible with both open and enclosed printers and performs well on common build surfaces including glass, PEI, and spring steel plates. The filament is neatly wound, bubble-free, and supplied on durable plastic spools compatible with AMS and CFS multi-material systems.

Key features

• Higher toughness and impact resistance than PLA

• Reduced stringing, oozing, and nozzle clogging

• Strong layer adhesion and durable printed parts

• Good water and weather resistance

• Transparent finish with good clarity

• Compatible with most FDM/FFF 3D printers

• Plastic spool compatible with AMS & CFS systems

Recommended printing settings

• Nozzle temperature: 230–250 °C

• Bed temperature: 75–80 °C

• Print speed: 30–80 mm/s

• Build surfaces: Glass, PEI, spring steel

• Drying (if required): 60–65 °C for 6–8 hours

Eryone PETG Transparent Filament 175mm 1kg is an excellent choice for users who need strong, moisture-resistant prints with added transparency and dependable PETG performance.