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  • PolyLite 300g PETG 30-50mm/s 230-240C 70-80C Fanc OFF 800g 600% 450% 300g 30-Drucker 30 30 30 Polymaker.3D Polymaker Spool & Box made from recycled material
  • Polymaker is a company that offers technical support and 3D printing filament. They have a variety of products available, including PolyLite PETG, which is a 3D printing filament with a printing speed of 30-50mm/s, a printing temperature of 230-240C, a bed temperature of 70-80C, and a fan setting of S OFF. The product comes in a spool and box made from recycled material. For any inquiries or technical support, customers can contact the company at [support@polymaker.com](mailto:support@polymaker.com).
  • PolyLite High Quality PETG 3D Printing Filament 1.75mm d 1kg nSEIn polymaker COEAT Er 0.
  • Back. Polymaker - PETG Filament - White.

Polymaker - PETG Filament - White

Model:
PB01002
SKU:
6634927
$22.99
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  • QuestionWhat is the diameter of this filament?

    • Answer The filament diameter is 1.75 millimeters.
    This question and answer was generated by AI based on customer and product data.

  • QuestionWhat type of material is this filament made of?

    • Answer This filament is made of PETG material.
    This question and answer was generated by AI based on customer and product data.

  • QuestionIs this filament compatible with Bambu Lab printers?

    • Answer Yes, this filament is compatible with Bambu Lab printers.
    This question and answer was generated by AI based on customer and product data.

  • QuestionWould this be good for knee pads

    Asked by ryan.

    • Answer That's a very interesting question. I assume you're asking if you made 3D printed knee pads, would this be a good material? And while my general response to questions like this is "give it a shot and let me know how it goes", I think there's a lot more to consider here. First of all, have you ever 3D printed anything? Do you have a 3D model for a knee pad? If the answer to either of these is "no" start there. If the answer is yes, then give it a shot. I suspect it would work, but I would think a flexible material like Polymaker's TPU95 would be better. Good luck.

      Answered by 3DPProfessor

Page 1, Showing 1-4 of 4 questions