Product description: Filament Prusa PLA 1.75 mm 1 kg - Galaxy Black
Filament manufactured by Prusa , designed for 3D printers. Made of PLA , in Galaxy Black color. Its diameter is 1.75 mm and the net weight of the material is 1 kg . Prusament is biodegradable, made of renewable natural resources. It can be heated many times above its melting point without significantly losing its properties. It is characterized by low temperature resistance and is intended for indoor use.
Properties of PLA Prusement
- Made of biodegradable raw materials
- It has a low melting point
- It can be heated many times above its melting point without significantly losing its properties
- Hard but brittle
- It has a low temperature resistance
- Elements printed with PLA begin to lose their mechanical strength at temperatures above 60 ° C
- It has a low resistance to UV radiation, recommended for indoor use
- It is recommended to connect individual prints made with the use of PLA material with the use of glue
Filaments for 3D printing at a glance.
Recommended filament printing parameters
Head temperature | 215 ° C |
Table temperature | 50 ° C to 60 ° C |
Cooling the print | Recommended |
Due to the differences in the design of printers, the above data should be treated as guidelines, and the appropriate values should be determined experimentally.
Biodegradable filament
PLA filaments are materials that are widely used in 3D printing. An important feature of the Prusa proposal is the use of biodegradable raw materials - thanks to this you can reduce your impact on the environment.
Thanks to the use of modern technologies, the Prusa PLA 1.75 mm 1 kg Galaxy Black filament offers many benefits. Choose proven, professional solutions that will allow you to make durable and visually attractive models.
The perfect choice for indoor use
Prusa products are always characterized by a high level of durability - it is no different in the case of PLA 1.75 mm 1 kg filament in the Galaxy Black color. However, it is worth remembering about the appropriate conditions in which this type of material should be used.
A special feature of polylactic acid is its poor resistance to UV radiation and temperatures exceeding 60 ° C. For this reason, components made of this material should not be in contact with sunlight for too long.