PETG Translucent Filament (RFID) - 1kg

PETG Translucent is a semi-transparent PETG filament that combines up to 90% light transmission with PETG's reliable mechanical properties. Compared with PLA, it offers:
• Up to 90% light transmission for brighter and clearer translucent prints
• Better impact resistance
• Better layer adhesion
• Improved heat resistance (HDT approximately 77°C)
• Better water and UV resistance
It is suitable for both decorative and functional applications, such as lampshades, light diffusers, electronic enclosures, outdoor accessories, and artistic creations.

The following settings are recommended when using a 0.4 mm nozzle:
• Nozzle Temperature: 240-260°C
• Bed Temperature: 60-85°C
• Print Speed: 50-150 mm/s
• Cooling Fan: Off or Low Speed (recommended for optimal translucency and better layer adhesion)
Actual settings may vary depending on your printer, model geometry, and printing environment.

No. A Top Cover is not required when printing with PETG Translucent.

No. A Hardened Steel Hot End is not required for printing with PETG Translucent.

Under optimized print settings, PETG Translucent can achieve up to 90% light transmittance.
You can also adjust the final appearance by changing the wall loop count:
• Fewer wall loops: Higher light transmittance.
• More wall loops: Softer, more diffused lighting effects.
Please note that FDM 3D printing cannot achieve glass-like transparency, especially for complex geometries.

Yes. Compared with PLA, PETG Translucent provides:
• Higher toughness
• Better impact resistance
• Better load-bearing capability
• Improved heat resistance
• Reduced brittleness
This makes it suitable for both functional and decorative applications.

Yes. PETG Translucent provides excellent:
• Water resistance
• UV resistance
• Heat resistance (up to 77°C HDT)
It is well suited for outdoor applications such as garden accessories, outdoor fixtures, and decorative items exposed to sunlight or rain.

Yes. PETG Translucent is highly sensitive to moisture. Drying the filament before printing helps prevent bubbling during extrusion and ensures the best surface finish, translucency, and overall print quality.
Recommended drying settings:
• Temperature: 65°C
• Duration: 6 hours

To maintain optimal print quality:
• Store the filament in a sealed container.
• Keep desiccant inside the container.
• Avoid direct sunlight.
• Minimize exposure to humid environments.
For the best experience, we recommend using SnapDryer for both drying and long-term storage.

Common signs include:
• Popping or crackling sounds during extrusion
• Excessive bubbles on the printed surface
• Reduced translucency
• Poor surface finish
• Stringing or inconsistent extrusion
If you notice these symptoms, the filament has likely absorbed moisture and should be dried before printing.

Yes. We strongly recommend protecting PETG Translucent from moisture during printing, especially when printing highly translucent models. Printing from a sealed dry box or a sealed container with desiccant helps prevent moisture absorption and ensures the best surface finish and translucency.

To maximize translucency, consider the following settings:
• Reduce all print speeds and keep them consistent.
• Slightly increase the nozzle temperature.
• Use a lower layer height.
• Slightly increase the Flow Ratio.
• Turn off the cooling fan to minimize uneven shrinkage caused by over-cooling.
Please note that reducing print speed and layer height will generally increase print time, and achieving glass-like transparency is not possible with FDM 3D printing, especially for complex models.

It depends on your model.
• For lampshades or other shell-like models
Enable Spiral Vase Mode for continuous extrusion and improved light transmission.
• For solid or thick-walled models
If you want to minimize visible internal infill patterns, set the infill density to 100%.
Please note that 100% infill will significantly increase print time.

If the filament cools too quickly, PETG Translucent may lose layer-to-layer bonding strength.
Try one or more of the following:
• Turn off the cooling fan.
• Reduce the fan speed.
• Increase the nozzle temperature by 5–10°C.
These adjustments can improve interlayer bonding and help reduce delamination or splitting.

Several factors affect translucency, including:
• Wall loop count
• Layer height
• Print speed
• Nozzle temperature
• Cooling settings
• Model geometry
Models with fewer wall loops and thinner walls generally achieve higher light transmittance, while thicker or more complex geometries scatter more light, resulting in a less translucent appearance.