Product Description +
Polymaker Fiberon PETG-ESD 0.5kg 1.75 mm
ESD-suitable PETG filament for technical FDM/FFF prints
Product Description
Polymaker Fiberon PETG-ESD is a technical PETG-based filament for applications where electrostatic discharge needs to be controlled. It is suitable for FDM/FFF printed parts in electronics, jig construction, housings, brackets, and technical prototypes.
ESD filaments are not to be equated with classic conductive filaments. Suitability depends on the material, printing parameters, component geometry, and operating environment. For safety-critical applications, the ESD effect on the finished component should be tested.
For reliable printing results, the filament should be stored dry and, if moisture is absorbed, dried before printing in a suitable filament dryer or drying device.
Technical Data
| Brand: | Polymaker |
| Product Line: | Fiberon PETG-ESD |
| Material: | PETG-ESD |
| Diameter: | 1.75 mm |
| Weight: | 0.5 kg / 3 kg depending on variant |
| Print Temperature: | 250 °C - 290 °C |
| Bed Temperature: | 70 °C - 80 °C |
| Print Speed: | up to 500 mm/s |
| Fan: | OFF |
| Drying Settings: | 65 °C for 3h or PolyDryer Level 3 for 6h, only if moisture absorbed |
| Further Properties: |
Note
Color representation may vary slightly depending on screen display, lighting, and batch. Print values are guidelines and can be adjusted depending on the printer, nozzle, component, and material condition.
Shipping & Returns +
Shipping: Available shipping options and rates are shown during checkout.
Returns: The return and cancellation terms provided in this store apply.
If you have questions about shipping, delivery times or returns, we are happy to help.
Why this product? +
This product was selected for our store because it combines quality, everyday usability and reliable 3D printing results.
Especially with filaments, we focus on trusted brands, consistent quality and products that perform well in practical use.
Frequently Asked Questions about PETG Filament
What is PETG filament used for?
PETG is well suited for functional parts, brackets, containers and everyday objects that need more toughness and temperature resistance than PLA.
Is PETG stronger than PLA?
PETG is usually tougher and less brittle than PLA. It is a good choice when parts need to handle more mechanical stress or slight flexibility.
Is PETG difficult to print?
PETG is generally easy to print, but it can string more than PLA. Good temperature settings, dry filament and adjusted retraction help improve results.
Does PETG need an enclosed printer?
No. PETG usually does not require an enclosed printer. Stable room temperature and good bed adhesion are normally enough for reliable results.
Why does PETG sometimes string?
PETG can absorb moisture and tends to print at higher temperatures than PLA. Dry filament, correct nozzle temperature and tuned retraction can reduce stringing.
How should PETG filament be stored?
PETG should be stored dry and protected from humidity. If the filament pops, strings heavily or produces rough surfaces, drying it before printing can help.