Product description Spectrum 80475 3D filament, PET-G FX120, 1,75mm, 500g, Iron grey
| Color | Grey |
| Packaging | 500 grams |
| Type of material | PET-G FX120 |
| String diameter | 1,75 mm |
| Printing temperature | 240 - 260°C |
| Type of filament | With reel (full version) |
Excellent durability, strength, and flexibility
The Spectrum PET-G FX120™ filament is a flexible material (Shore 95A) specifically designed for engineering applications. This is a highly advanced material that is useful for applications requiring both the durability of an engineering polymer and the comfort and usability of products made from flexible material. Spectrum PET-G FX120™ exhibits excellent durability and strength, allowing designers to quickly produce truly functional parts that withstand regular use.
Parts made from PET-G FX120™ fiber have high chemical resistance, temperature resistance, and can be sterilized using steam.
The material is adapted for use in high-level winding, which allows achieving very high surface quality and significantly reduces issues with so-called. Threading. In addition, due to the relatively high stiffness of the Spectrum PET-G FX120 filament, it is possible to print at an increased operating speed compared to other elastomers.Spectrum PET-G FX120™ belongs to the group of rigid elastomers.
Thanks to this, it can be effectively used on devices with a Bowden filament feeding mechanism, as well as in increasingly popular multi-material printers – in such cases, it perfectly combines with classic PET-G based material. The ingredients used in the development of this material have significantly increased the maximum operating temperature – up to 120 °C.Material Properties
- dimensional stability of manufactured models
- excellent temperature resistance up to 120 °C
- Shore hardness 95A
- Relatively high durability of manufactured models
- odorless
- possibility of steam sterilization of manufactured parts
- Very high deformability
- wide range of applications
Applications
- production of objects that need to be used as energy absorbers.
- production of seals with high chemical resistance
- parts for end use
- production of edge protectors and impact protectors
- production of flexible damping elements















