Description
- Enhanced Strength: 15% glass fiber boost.
- UV Resistant: Ideal for outdoor parts.
- Low Moisture Absorption: Stable in humid settings.
- Higher Heat Resistance: Annealing can further enhance.
- Dimensional Precision: Minimal warping/shrinkage.
- Industrial Prototypes: Precision test parts.
- Outdoor Equipment: Durable, UV-stable tools.
- Drones/Robotics: Lightweight, strong parts.
- Automotive Parts: Heat-resistant components.
- Mechanical Assemblies: Accurate, stable prints.
Storage Tip
Note: Although PET-GF prints have very low moisture absorption, raw Filament is still sensitive to humidity. Store unused filament in sealed packaging with desiccant. It will be better if it can be stored in a dry box or a dryer.
Enhanced Heat Resistance
The glass fiber addition and optional annealing process improve PET-GF's heat deflection temperature, allowing it to withstand higher operating temperatures and perform reliably demanding thermal conditions.
Professional Color
The military-grade Flat Dark Earth (FDE) , Olive Green, White, Black colors delivers a refined, tactical aesthetic tailored for outdoor gear, drones, and applications where functionality meets professional design standards.
FAQ
Download Bambu X1C & P1S Print Profiles
For other printers, please refer to the following setting:
Β Nozzle TemperatureοΌ 300β
Recommended Nozzle Diameter: 0.4-1.0mm
Recommended Nozzle Material: hardened steel or higher grade
Recommended Build Surface: PEI or coat with PVP glue stick
Build Plate Temperature: 80Β°C
Raft Separation Distance: 0.08-0.12mm
Cooling Fan Speed: OFF
Print Speed: 30-120mm/s
Max Extrusion Volumetric Speed: 20mm/s at 320Β°C
Retraction Distance: 1-3mm
Retraction Speed: 1800-3600mm/min
PET-GF requires an FDM printer with a sealing box and hardened steel or higher-grade nozzle.
Printers without a sealing box cannot reach the required temperature for printing. Ordinary nozzles may become clogged or severely worn due to glass fiber (GF).
We donβt recommend it.
Glass fiber makes the filament more brittle, and it can break inside the AMS feed path, leading to jams or failed prints.
For best results, use a direct-drive extruder or load the filament manually from the borden tube.