Technical specification
- Filament Diameter: 1.75mm
- Tolerance: ±0.03mm
- Printing temperature: 230°C-250°C
- Heated bed temperature: 70-85°C
- Printing speed: 30-80mm/s
Characteristics
High dimensional accuracy and stronger layer adhesion: 1.75 mm, tolerance +/-0.03 mm.
Stronger layer adhesion than PLA.
Higher toughness and hardness: Elongation at break is 50 times higher than that of standard PLA. Impact resistance is 30 times that of standard PLA.
High Quality : High gloss, no bubbles or dust inside, hardly any nozzle or extruder clogging.
High Compatibility： Perfectly 100% wrapped, tangle-free before opening, no curling or warping.
High Compatibility : Compatibility with 99% of popular FDM 3D printers on the market.
Relevant parameters of the recommended machine types
Relevant parameters of the recommended machine types | ||
Type |
Extruder Type/Heat Bed Type |
parameter |
Creality Ender 3 |
Bowden/Flexible Bed Stickers |
Printing temperature: 230-240℃ Heated bed temperature: 70-80℃ Printing speed: 30-65mm/s Retraction length: 2-4mm Entry speed: 60-100mm/s |
Creality CR-10 |
Bowden/Glass bed |
Printing temperature: 230-240℃ Heated bed temperature : 75-85℃ Printing Speed : 30-60mm/s Retraction Length : 2-5mm Entry speed : 80-110mm/s |
|
Anycubic Mega S |
Bowden/ Microporous Coating Glass Bed |
Printing temperature : 230-240℃ Heated bed temperature : 75-85℃ Printing Speed : 30-80mm/s Retraction Length : 2-4mm Entry speed : 70-100mm/s |
Prusa i3 |
Direct Drive Extruder/PEI Bed Sticker |
Printing temperature : 230-240℃ Heated bed temperature : 70-80℃ Printing Speed : 30-100mm/s Retraction Length : 0.8mm Entry speed : 30-40mm/s |
Eryone Thinker S |
Bowden/PEI Bed Stickers |
Printing temperature : 230-240℃ Heated bed temperature : 70-80℃ Printing Speed : 30-60mm/s Retraction Length : 4mm Entry speed : 90-110mm/s |
Eryone Thinker SE |
Bowden/Glass bed |
Printing temperature : 230-240℃ Heated bed temperature : 75-85℃ Print Speed : 30-70mm /s Retraction Length : 4mm Entry speed : 80-110mm/s |
Eryone Thinker ER-20 |
Bowden/Silk Screen Glass Bed |
Printing temperature : 230-240℃ Heated bed temperature : 75-85℃ Printing Speed : 30-100mm/s Retraction Length : 2-5mm Entry speed : 80-110mm/s |
FAQ
1.Q: There is too much melted filament around the nozzle. What should I do?
A: This issue can be traced back to too high temperature, too low print speed, and the nozzle diameter mismatch in the slice software with the extrusion performance.
2.Q: The PETG filament was perfect when I opened the package. After printing several times intermittently, my PETG filament accidentally breaks during printing. Why?
A: Normally, the PETG filament will not break by itself during the printing process. However, the degradable material PETG will become more brittle and easy to break after exposure to moisture, so you should pay attention to moisture protection.
3.Q: The surface of my print is not very smooth and the extruded filament has inconstant diameters. Why is that?
A: The printing temperature is too high or too low. The temperature does not match the print speed. You need to adjust the print speed or temperature.
4.Q: Why my PETG printed objects won't stick to the heatbed? How can I solve this?
A: The distance between the nozzle and the bed is too big. Make sure the heated bed is level and clean. Then judge whether the printing temperature and heatbed temperature are too low, and our customers should adjust them to the right range.
5.Q: Why are my threads getting tangled? How can I solve it?
A: Thread knotting is not caused by disorderly or imperfect winding. When making filament, the filament is wound back and forth (left to right and then right to left). Usually there is no knotting of the thread. A common cause of tangles is that the filament end is not fixed in the holes of the spool. The knotting by overlapping or the changed winding direction leads to a knotting of the filament. Therefore, customers need to attach the thread end to the correct holes of the bobbin.
- Q: Is PETG biodegradable?
A: The natural degradation process of PETG raw materials is very long, and PETG is a non-degradable material. PETG is a thermoplastic material that can be used for secondary plastic recycling. PETG is also an environmentally friendly material.
7.Q: The nozzle is clogged by PETG, how can I solve the problem?
A: An inconstant filament diameter, a nozzle temperature that is too low and frequent replacement with other filaments lead to this problem. So clean the nozzle before you start and adjust the temperature to a reasonable level.
8.Q: My prints have problems with web-like threads (stringing). How can I fix the problem?
A: If the temperature is too high, the PETG filament will melt and flow so quickly. Please turn down the temperature to a reasonable level.
The feed parameters are not correct, so adjust the feed length and speed.
