PLA 3D850
High-performance biodegradable 3D printing filament. Fast crystallization for precise and stable parts, even in large-format printing. Tg 65 °C and heat resistance up to 85 °C after annealing. Smooth and durable finish, ideal for sustainable prototypes and final parts.
*In transition phase to RECYCLABLE Polystyrene reel.
High-performance biodegradable 3D printing filament. Fast crystallization for precise and stable parts, even in large-format printing. Tg 65 °C and heat resistance up to 85 °C after annealing. Smooth and durable finish, ideal for sustainable prototypes and final parts.
*In transition phase to RECYCLABLE Polystyrene reel.
This biodegradable filament has been specifically developed to deliver superior performance in 3D printing, combining sustainability with high technical capabilities. Its advanced formulation is optimized for fast crystallization during the printing process, meaning layers solidify in a more controlled and stable way, reducing warping and improving precision in every detail.
Thanks to this feature, it is ideal for large-format projects or complex geometries where dimensional stability is key. It has a glass transition temperature (Tg) of 65 °C, allowing it to withstand moderate heat without deformation. However, when subjected to a thermal annealing process, its heat resistance can increase up to 85 °C, maintaining part integrity even in more demanding environments.
Its surface finish is outstanding, with high detail definition and a uniform texture that minimizes the need for post-processing. Combined with its durability and dimensional stability, this makes it perfect for makers seeking functional prototypes, end-use parts, or components that require both precision and aesthetics.
In short, this filament is designed for those who want to go beyond standard PLA, achieving strong, stable, and professional-looking parts while keeping an environmental commitment.
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