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***Limited*** PETG V0 Filament - 1.75 mm - 0.75 kg

Limited quantity with a lower weight than the standard version - a perfect opportunity to get a great product at a lower price.

Fiberlogy PET-G V0 is a flame-retardant 3D printing filament from the FR (Flame Retardant) family. It combines the ease of printing typical PET-G with fire resistance compliant with the UL94 V0* standard. Ideal for manufacturing electronic enclosures, mechanical components, and other parts exposed to high temperatures or direct contact with flames.

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The presented colors are for reference only and may differ from the actual filament color depending on screen settings.
with VAT without VAT
Price €46.43
incl. 23% VAT
€61.91 / kg

Shipping costs are not included in the price.

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Product description

Limited quantity with a lower weight than the standard version - a perfect opportunity to get a great product at a lower price.

Fiberlogy PET-G V0 is a specialized 3D printing filament from the FR (Flame Retardant) material group, designed for safe and functional prints. The material is flame-retardant according to the UL94 V0* standard – it self-extinguishes in less than 10 seconds upon contact with fire – making it ideal for manufacturing electronic enclosures, vehicle components, and machine parts that must meet elevated fire safety standards.

Despite its flame-retardant properties, PET-G V0 retains all the advantages of standard PET-G. The filament is easy to use and does not require an enclosed printer or a special nozzle, making it suitable for both professional industrial applications and home 3D printers.

Key features:

  • Fire resistance (UL94 V0*)

  • High mechanical and thermal strength typical of PET-G

  • Low shrinkage and dimensional stability of prints

  • Can be printed without an enclosed chamber or high heated bed

  • Hygroscopic material – ensure it is properly dried before printing to avoid quality issues

Fiberlogy PET-G V0 is an excellent choice for projects requiring both safety and functionality. Ideal applications include:

  • Enclosures and covers for electronic devices

  • Mechanical parts for vehicles and machinery

  • Prototypes and components requiring heat and fire resistance

  • Industrial and professional projects where fire safety is critical

*Filament is not certified by Underwriters Laboratories and does not have a UL number.

Recommendations and tips

Print settings

  • Printing temperature 220-250°C
  • Bed temperature 90°C
  • Build surface Smooth PEI + adhesive; Textured PEI; Glass + adhesive
  • Drying conditions 60°C / 4h
  • Enclosure not required
  • Cooling fan 0-25%

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.
  • Print flow: For better results we suggest reducing the flow rate to around 95–98% (in some cases even down to 92%).

Properties

  • Density 1.26 g/cm³
  • Tensile Strength @ Yield 40 MPa (ISO 527)
  • Tensile Strength @ Break 25 MPa (ISO 527)
  • Tensile Modulus 2350 MPa (ISO 527)
  • Elongation @ Yield 3.3% (ISO 527)
  • Elongation @ Break 40% (ISO 527)
  • Charpy Impact Strength (Notched) @ 23℃ 3 kJ/m2 (ISO 179)
  • Heat Distortion Temperature @ 0.45 MPa 63°C (ISO 75)
  • Heat Distortion Temperature @ 1.8 MPa 58°C (ISO 75)
  • Vicat Softening Temperature 70°C (ISO 306)

RAL/Pantone

To make it easier to choose the right color variant, we provide RAL and Pantone equivalents for filaments wherever possible. The given values are approximate and are intended to reflect the actual filament shade as closely as possible.

Why not HEX?

Providing the color of 3D printing filament in HEX format does not make sense because this notation was created to describe colors displayed on screens (RGB – monitors, TVs, mobile devices). HEX defines a mix of red, green and blue light, meaning a digital color. With filaments, however, we deal with a physical material. The same filament may look different in various photos and HEX cannot accurately represent the actual appearance of the material.

Much better references are color systems used in printing and industry, such as RAL or Pantone, which are based on real samples and allow for comparison of colors in physical reality.

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