Product description: Prusa PLA filament 1.75 mm 1 kg - Galaxy Black NFC
Prusa 3D printer filament is made of PLA in Galaxy Black . Its diameter is 1.75 mm and the net weight is 1 kg . Prusament is biodegradable and made from renewable natural resources. It can be repeatedly heated above its melting point without significant loss of properties. It has low temperature resistance and is intended for indoor use.
Filament Prusa PLA 1.75mm 1kg - Galaxy Black NFC.
Properties of Prusement PLA
- Made from biodegradable raw materials
- It has a low melting point
- It can be heated repeatedly above its melting point without significant loss of properties.
- Hard but brittle
- It has low temperature resistance
- Elements printed from PLA begin to lose mechanical strength at temperatures above 60°C
- It has low resistance to UV radiation, recommended for indoor use.
- It is recommended to connect individual prints made using PLA material using glue.
3D printing filaments in a nutshell.
Recommended filament printing parameters
| Head temperature | From 205°C to 225°C |
| Table temperature | From 40°C to 60°C |
| Print cooling | Recommended |
Due to differences in printer design, the above data should be treated as guidelines and the appropriate values should be determined experimentally.
Filament Prusa PLA 1.75mm 1kg - Galaxy Black NFC.
Model made of PLA filament.
Biodegradable filament
PLA filaments are materials, which are widely used in 3D printing. A key feature of Prusa's offering is the use of biodegradable raw materials – this allows you to reduce your environmental impact.
Thanks to the use of modern technologies, Prusa PLA 1.75 mm 1 kg Galaxy Black filament offers many benefits. Choose proven, professional solutions that will enable you to create durable and visually appealing models.
The perfect choice for indoor use
Prusa products have always been characterized by high durability, and the 1.75mm 1kg Galaxy Black PLA filament is no exception. However, it's important to remember the proper conditions in which this type of material should be used.
A specific characteristic of polylactic acid is its poor resistance to UV radiation and temperatures exceeding 60°C. Therefore, components made from this material should not be exposed to sunlight for extended periods.
