PETG-HF Transparent Green NextShapes Filament
NextShapes PETG HF Filament – High-Speed Printing with Exceptional Toughness
NextShapes PETG HF filament was specifically developed for modern high-speed 3D printing. It combines the ease of processing PETG with high impact strength, excellent layer adhesion, and outstanding dimensional accuracy. This allows for faster production of functional components without compromising strength or surface quality.
Thanks to its optimized material formulation, PETG HF enables printing speeds of up to 450 mm/s (infill) while exhibiting low shrinkage and high printing reliability. The smooth surface and strong adhesion between layers make the material ideal for precise and durable printed parts.
Advantages at a glance
⚡ Designed for high-speed 3D printing
💪 High impact resistance and excellent robustness
🔗 Excellent layer adhesion for durable components
📐 High dimensional accuracy and low shrinkage
✨ Smooth surfaces with a clean finish
🖨️ Smooth material flow without blockages
🎯 Easy processing on most FDM 3D printers
📦 Ideal for functional prototypes and series production
Ideal for
The NextShapes PETG HF is particularly suitable for:
Functional prototypes
Mechanical components
Housings and brackets
Tools and fixtures
Robotics components
RC and drone components
Household and everyday items
Rapid series production with FDM printers
Technical specifications
Characteristic | Value |
material | PETG HF |
Filament diameter | 1.75 mm ±0.02 mm |
density | 1.27 g/cm³ |
Tensile strength | 50 MPa |
Train module | 2412 MPa |
Flexural strength | 75 MPa |
Bending modulus | 2205 MPa |
Impact strength (Izod) | 32 kJ/m² |
Water absorption | 0.11% |
Heat resistance | 75 °C |
shrinkage | X: 0.1% / Y: 0.3% |
Recommended print settings
Nozzle temperature: 225-255°C
Heated bed: 70 °C
Part cooling fan: 10–40%
First layer: 50 mm/s
Exterior wall: 200 mm/s
Interior wall: 350 mm/s
Infill: up to 450 mm/s
Ambient humidity: below 20% RH
Why NextShapes PETG HF?
NextShapes PETG HF was developed for users who want to combine high printing speeds with reliable part quality. The material offers an excellent balance of strength, toughness, and dimensional stability, while producing smooth, high-quality surfaces. Its low shrinkage and strong layer adhesion make it suitable for both precise prototypes and functional end-use applications.
