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Spectrum Filaments 80481 PET-G Premium Filament PETG chemical-resistant 2.85 mm 1000 g arctic white, White 1 pc(s)
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Highlights & Details
Spectrum Filaments PET-G Premium - High resistance and chemical resistance
- Excellent mechanical properties in terms of rigidity, hardness and impact resistance
- Heat distortion temperature HDT – 69°C.
- Vicat softening temperature – 78°C.
- Chemical-resistant
- High dimensional accuracy of printed elements
- Combines advantages of PLA and ABS
- hydrophobic, odorless
- Base material approved for contact with food
Technical specifications
- Heated bed 60 - 80 °C.
- Product type
Filament
- Filament material
PETG
- Filament properties
chemical-resistant
- Filament Ø
2.85 mm
- Filament colour
arctic white
White
- Heated bed required
Yes
- Printing temperature (min.)
230 °C
- Max. printing temperature
255 °C
- Weight
1000 g
- Content
1 pc(s)
Documents & Downloads
User & Safety Instructions
User & Safety Instructions 3461808 Spectrum Filaments 80481 PET-G Premium Filament PETG chemical-resistant 2.85 mm 1000 g arctic white, White 1 pc(s)
Description
High strength and chemical resistance
Filament Spectrum PET-G Premium is one of the most popular 3D printing materials in addition to PLA. A very important advantage of PETG is that it has virtually no shrinkage and low moisture absorption compared to other thermoplastics used in FDM/FFF 3D printing. The parts printed from PET-G retain the stability of the properties for a long service life. Filament Spectrum PET-G Premium combines the most coveted properties of PLA and ABS.
The base material and dyes used in the production of Spectrum PET-G Premium are approved for contact with food.
Apart from other properties that distinguish Spectrum PETG, good creep resistance under constant stress conditions is to be mentioned. This is possible thanks to the connection between the layers of the applied material. This leads to a much lower anisotropy of the mechanical properties in the manufactured parts and means that the mechanical properties in individual production directions vary less strongly than the other thermoplastics intended for 3D printing.
The mechanical properties combined with the chemical resistance of Spectrum PET-G Premium determine the use of this material for the production of components with a relatively high degree of dimensional stability and stability both of the shape and the mechanical properties. These include gears and bearings exposed to static loads in a water environment.
Area of application
- Visual and functional first-time production
- Adaptation test
- Conceptual models
- Production equipment
This text is machine translated.
Filament Spectrum PET-G Premium is one of the most popular 3D printing materials in addition to PLA. A very important advantage of PETG is that it has virtually no shrinkage and low moisture absorption compared to other thermoplastics used in FDM/FFF 3D printing. The parts printed from PET-G retain the stability of the properties for a long service life. Filament Spectrum PET-G Premium combines the most coveted properties of PLA and ABS.
The base material and dyes used in the production of Spectrum PET-G Premium are approved for contact with food.
Apart from other properties that distinguish Spectrum PETG, good creep resistance under constant stress conditions is to be mentioned. This is possible thanks to the connection between the layers of the applied material. This leads to a much lower anisotropy of the mechanical properties in the manufactured parts and means that the mechanical properties in individual production directions vary less strongly than the other thermoplastics intended for 3D printing.
The mechanical properties combined with the chemical resistance of Spectrum PET-G Premium determine the use of this material for the production of components with a relatively high degree of dimensional stability and stability both of the shape and the mechanical properties. These include gears and bearings exposed to static loads in a water environment.
Area of application
- Visual and functional first-time production
- Adaptation test
- Conceptual models
- Production equipment
This text is machine translated.