Fiberon™ PPS-GF20

Printing Temperature: 310˚C - 350˚C
Bed Temperature: 80˚C - 90˚C
Printing Speed: up to 250mm/s
Fan: OFF

Direct Drive:
Retraction Distance: 1-3mm
Retraction Speed: 20-40mm/s

Drying Settings: 100˚C for 10h
(Only if the material has absorbed moisture)

For even better performance, you can anneal this material for 10 hours @ 130°C

Suggested Drying Hardware:

• Polydryer
• Drywise Inline Dryer

What is Fiberon™ PPS-GF20 used for?
Fiberon™ PPS-GF20 is designed for high-temperature, high-performance applications that demand exceptional heat resistance, electrical insulation, and UL94 V0 flame retardant. Common use cases include electronic housings, sensor enclosures, antenna mounts, and parts exposed to harsh industrial environments.

Is PPS-GF20 electrically insulating?
Yes. Unlike carbon fiber composites, PPS-GF20 is electrically insulating. It offers a dielectric strength of 6.05 kV/mm and low dielectric constants, making it suitable for moderate voltage insulation and high-frequency electronic applications.

How heat resistant is PPS-GF20?
Extremely. When annealed at 130 °C for 10 hours, the material achieves a heat deflection temperature (HDT) of over 230 °C at 0.45 MPa—ideal for high-heat industrial parts and enclosures. At 230 °C annealing, it offers even higher resistance under load (up to 219.6 °C @ 1.8 MPa).

Do I need to anneal PPS-GF20 to achieve its full heat resistance?
While the material performs well unannealed, annealing at 130 °C or 230 °C significantly boosts thermal performance. The 130 °C anneal is suitable for most users, while 230 °C offers maximum heat resistance for demanding environments.

What printers and settings work best for PPS-GF20?
PPS-GF20 prints reliably on desktop level 3D printers like the QIDI Plus4 or Bambu H2D. Recommended settings include a 310–350 °C nozzle, 80–90 °C bed, fan off, and hardened steel nozzle. For best results, use PolySupport™ for PA12 and anneal after printing.

Is it compatible with AMS systems?
Yes. Fiberon™ PPS-GF20 works well with Bambu AMS systems. However, due to the stiffness of glass fiber filament, performance may vary on other AMS-like devices depending on tube length and curvature.

Does PPS-GF20 absorb moisture?
No. The material has low moisture sensitivity, with an equilibrium water absorption rate of just 0.11%(70%RH, 23°C). This ensures consistent dimensional accuracy even in humid environments. Nevertheless, moisture adhering to the filament surface can easily cause defects on the surface of the printed part when printing at high temperatures. When using the filament, please pay attention to moisture protection. If you find that the material is damp, please dry it at 100 degrees for 10h before printing.

How strong is PPS-GF20?
Very strong. It offers up to 102 MPa bending strength and 64 MPa tensile strength (XY), with a Young’s modulus of over 4500 MPa. These specs make it ideal for structural parts that require stiffness and dimensional stability.

What’s the difference between PPS-GF20 and PPS-CF10?
PPS-GF20 replaces the conductive carbon fiber with insulating glass fiber—solving the electrical conductivity issue in PPS-CF10. It retains similar thermal and mechanical properties while being more affordable and chemically resistant.

Is PPS-GF20 flame retardant?
Yes. It is UL94 V0 rated at 1.5 mm, making it suitable for electrical enclosures, automotive parts, and safety-critical applications requiring certified flame resistance.