TDSSDS

Fiberon™ PET-GF15

High stiffness, low moisture absorption, and exceptional durability for demanding environments.

Industrial-Grade Strength
High Thermal Stability
Precision Printability
Consistent Global Supply
133.7°CHDT(°C)
0.45MPa
4144.2 MPaDry
Rigidity
N/AWet
Rigidity
1.75mm
1kg, 3kg

High-Performance Composite Filaments

High stiffness, low moisture absorption, and exceptional durability for demanding environments.

Fiberon™ PET-GF15 is a 15% glass fiber-reinforced filament built for strength, stability, and durability. With excellent chemical resistance, low moisture absorption, and a clean surface finish, it’s the perfect choice for functional prototypes, structural parts, and end-use applications in automotive, industrial, and engineering fields.

Electronics
Ideal for functional housings, ESD-safe enclosures, and precision components that demand electrical insulation and temperature resistance.
Sports & Recreation
Lightweight, impact-resistant materials for performance equipment, protective parts, and custom prototypes.
Manufacturing & Tooling
Reliable for jigs, fixtures, and end-use components that require stiffness, heat resistance, and long-term durability under load.

Engineered for Strength, Stability, and Precision

Fiberon™ composites provide excellent performance under industrial stress, ensuring stiffness and stability in diverse environments.

Heat Deflection Temperature

133.7°C

HDT(°C)

Bending Modulus

4144.2 MPa

Dry

  • Maintains structural integrity up to 133.7°C under load.
  • Ideal for high-temperature functional parts and tooling.
  • Dry: 4144.2 MPa

All data are from printed specimen

Download a printer profile

Pushing the Boundaries of Industrial 3D Printing

Fiberon™ is the high-performance composite line from Polymaker, engineered to close the gap between prototype and production.

Printer compatibility

Printing temperature: 280-310°C   Bed temperature: 70-80°C


Nozzle compatibility

Use a wear-resistant nozzle such as hardened steel or ruby.

FAQ

Fiberon™ composites provide excellent performance under industrial stress, ensuring stiffness and stability in diverse environments.