Filament ESD PET-G Fiberlogy 1.75mm Black 0.5kg
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Description
About Fiberlogy ESD PET-G
The ESD PET-G filament is designed for printing components of electronic devices which are exposed to the risk of damage as a result of electrostatic discharge. High electrical charge dissipative properties ensure the safety of integrated circuits and other electronic components, minimizing the risk of partial or permanent damage.
ESD PET-G is characterized by high strength and resistance to weak acids, alcohols, oils and gasoline. This material does not require a heated chamber or a hardened nozzle.
About Fiberlogy
The filament spool put in the Fiberlogy logo clearly shows which 3D printing technology is the center of the company’s interest. Filaments produced by Fiberlogy team are used to create three-dimensional objects thanks to FDM technology. Great filament quality is determined, among others, by excellent oval tolerance and diameter tolerance as well. A huge variety of 3D printer filaments and their colors allows everyone, even the most demanding enthusiast of 3D printing, to find a material crafted by Fiberlogy which is precisely tailored to user’s preferences. Excellent quality of used raw materials, wide range of types of filaments and colors, as well as innovative approach in producing 3D printer filaments - these are features that combined together are perfect description of Fiberlogy offer and the brand itself.
Fiberlogy ESD PET-G - how to print?
| Material | PET-G |
|---|---|
| Diameter | 1.75mm |
| Diameter tolerance | ±0.02mm |
| Oval tolerance | +0.01mm |
| Net weight | 0.5kg |
| Nozzle temperature | from 250°C to 265°C |
| Bed temperature | 85°C |
| Closed chamber | not required |
| Fan | from 0% to 25% |
| Flowrate | from 95% do 105% |
| Printing speed | less than 100mm/s |
| Retraction (bowden) | from 4mm to 6mm |
| Retraction (direct) | from 1mm to 2mm |
| Retraction speed | from 20mm/s to 45mm/s |
| Surface | masking tape |
| Drying conditions | 60°C/4h |
| Notes | Due to the strong adhesion to the bed, it is not recommended to print directly on its surface or on glass. This can lead to damage. We recommend using a masking tape.Due to the content of carbon nanoparticles, the minimum recommended nozzle diameter is 0.5mm. |
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