PETG+PTFE Filament - 1.75 mm - 0.75 kg
PETG+PTFE Filament - 1.75 mm - 0.75 kg
Fiberlogy PETG+PTFE is an advanced 3D printing filament that combines the versatility and ease of PET-G with tribological properties thanks to 10% PTFE (Teflon) content. This material is designed for applications requiring low friction, increased wear resistance, and mechanical durability.
With its PTFE content, Fiberlogy PETG+PTFE allows for printing sliding components, guides, gears, and other parts under low to moderate loads, featuring minimal friction and extended service life. It retains all the benefits of PET-G, including ease of printing, strong bed adhesion, chemical resistance, and good impact strength.
The PETG+PTFE filament withstands temperatures up to 70°C, making it suitable for functional engineering and industrial applications. Low shrinkage and dimensional stability ensure precise reproduction of even complex models.
Fiberlogy PETG+PTFE is ideal for:
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Mechanical components requiring minimal friction
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Sliding parts and guides
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Gears under low or moderate load
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Functional prototypes and usable parts that combine durability with reliability
Fiberlogy PETG+PTFE combines printability, high strength, and tribological properties, offering a professional solution for engineering and industrial projects.
Print settings
- Printing temperature220-240°C
- Bed temperature90°C
- Build surfaceSmooth PEI + adhesive; Textured PEI; Glass + adhesive
- Drying conditions60°C / 4h
- Enclosurenot required
- Cooling fan0-25%
Tips and recommendations
- Possible bed damage:Due to strong adhesion to the surface, printing directly on the bed or glass is not recommended, as this may cause damage. We recommend using adhesives or masking tape.
Properties
- Density1.32 g/cm³
- Tensile Strength @ Yield40 MPa (ISO 527)
- Tensile Strength @ Break25 MPa (ISO 527)
- Tensile Modulus1850 MPa (ISO 527)
- Elongation @ Yield3.7% (ISO 527)
- Elongation @ Break>100% (ISO 527)
- Charpy Impact Strength (Notched) @ 23℃6 kJ/m2 (ISO179)
- Charpy Impact Strength (Unnotched) @ 23℃NB (ISO179)