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Pickup available at RAW3D Warehouse
Usually ready in 1 hour
Designed for makers who want fast printing without sacrificing strength or surface quality.
Store filament in a cool, dry place (15–30°C, humidity below 20%) in its vacuum-sealed bag with desiccant when not in use. If exposed to air for long periods, dry the filament before printing for best results.
👉 For full mechanical, thermal, and physical specifications, download the Technical Data Sheet (TDS).
Recommended Print Settings
Filament Type
Filament Diameter
Frequently Asked
Questions
What are the benefits of matte PETG for rapid 3D printing?
Matte PETG is designed to print quickly while maintaining strong, durable parts. Its improved melt flow allows the filament to move through the nozzle more easily at higher speeds, helping maintain smooth extrusion and consistent layers during fast prints. The matte surface also reduces reflections and helps hide layer lines, giving prints a clean, professional appearance even when printed quickly.
What build plate works best for high-speed matte PETG?
High-speed matte PETG typically prints well with a heated bed around 70–80°C. Many users achieve reliable adhesion using PEI sheets, textured build plates, or glass beds with a light adhesive layer. For best results, ensure the first layer is slightly slower and well calibrated, as strong first-layer adhesion helps maintain print stability during high-speed printing.
How can you prevent stringing with fast PETG prints?
Stringing with high-speed PETG is often caused by moisture or excess melt flow. Drying the filament before printing and storing it with desiccant can significantly reduce oozing. You can also improve results by tuning retraction settings, lowering print temperature slightly, and ensuring proper cooling, which helps control filament flow during fast movements.
How do you dry high speed matte PETG filament?
For best print quality, it’s recommended to dry high speed matte PETG before printing. Due to its improved melt flow for high-speed printing, the filament can be more sensitive to moisture, which may lead to stringing or oozing. To dry the filament, place it in a filament dryer at around 65°C for 8+ hours. For longer prints (over 6 hours), using moisture protection during the print can also help maintain consistent results.
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