Spectrum filament PET-G HT100 0.5 kg | Black - Obsidian Black
Spectrum filament PET-G HT100 0.5 kg | Black - Obsidian Black
![Spectrum Spectrum](https://majkl3d-admin.s18.cdn-upgates.com/_cache/0/7/07e8d21014a1c62ad5f17c3ad6624a83-logo-spectrum-transparent-png.png)
Spectrum PET-G HT100 is a copolyester-based filament designed for 3D printing using FFF/FDM technology. The material is intended for advanced 3D printer users, especially those who require excellent print durability in real-world conditions. More
Product code: 1-spe_0523-3 Transport and payment options
![Spectrum Spectrum](https://majkl3d-admin.s18.cdn-upgates.com/_cache/0/7/07e8d21014a1c62ad5f17c3ad6624a83-logo-spectrum-transparent-png.png)
Spectrum PET-G HT100 is a copolyester-based filament designed for 3D printing using FFF/FDM technology. The material is intended for advanced 3D printer users, especially those who require excellent print durability in real-world conditions. More
Product code: 1-spe_0523-3 Transport and payment options
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Filament Spectrum PET-G HT100
Print durable and functional items
Spectrum PET-G HT100 is a copolyester-based filament designed for 3D printing using FFF/FDM technology. The material is intended for advanced 3D printer users, especially those who need excellent print durability in real-world conditions.
Spectrum PET-G HT100 does not contain styrene, it is a material with a mild odor that has been approved for contact with foodstuffs. Excellent dimensional stability allows for the printing of 3D objects with precise dimensional accuracy, which is especially important for projects consisting of many elements. One of the biggest advantages of Spectrum PET-G HT100 is its increased resistance to temperatures of 100°C.
The high thermal resistance of Spectrum PET-G HT100 ensures the use of printed components without fear of deformation. Combined with the aforementioned properties such as dimensional stability, high hardness, and chemical resistance, 3D printing with PET-G HT100 material allows for the creation of fully functional elements.
Tip: It is recommended to print using a heated chamber due to increased shrinkage during processing.
Key features:
- high thermal resistance (100°C)
- mild odor
- high dimensional stability and very good strength properties
- high durability
- FDA approval for the base material
- excellent durability and strength of printed elements
- very good chemical resistance
- does not contain styrene
Applications:
- functional prototyping
- printing elements working in real environments
- product testing
- manufacturing tools used in assembly
- production of parts for final use