3D Printed Glazing: Difference between revisions
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*For 3D printed glazing to be useful, it must be UV resistant. PMMA is an option. But not easy to print. | *For 3D printed glazing to be useful, it must be UV resistant. PMMA is an option. But not easy to print. | ||
*Polycarbonate is the best - [https://chatgpt.com/c/6843640f-d104-8010-86e4-ea398e531595]. Apply 2k Polyurethane for 15-25 year life. [https://chatgpt.com/c/6843640f-d104-8010-86e4-ea398e531595] | *Polycarbonate is the best - [https://chatgpt.com/c/6843640f-d104-8010-86e4-ea398e531595]. Apply 2k Polyurethane for 15-25 year life. [https://chatgpt.com/c/6843640f-d104-8010-86e4-ea398e531595] | ||
*But it costs $1/sf to coat 3D printed polycarbonate! Might as well cast glass panes. [https://chatgpt.com/c/6843640f-d104-8010-86e4-ea398e531595] | *But it costs $1/sf to coat 3D printed polycarbonate! Might as well cast glass panes. [https://chatgpt.com/c/6843640f-d104-8010-86e4-ea398e531595]. But that is for low quantitis, with bulk sourcing at 5 gal+ cost goes down up to 50%, [https://chatgpt.com/c/6843640f-d104-8010-86e4-ea398e531595]. | ||
*Look at this including primer cost: | |||
[[File:3DPglazing.png]] | |||
Revision as of 22:26, 6 June 2025
- For 3D printed glazing to be useful, it must be UV resistant. PMMA is an option. But not easy to print.
- Polycarbonate is the best - [1]. Apply 2k Polyurethane for 15-25 year life. [2]
- But it costs $1/sf to coat 3D printed polycarbonate! Might as well cast glass panes. [3]. But that is for low quantitis, with bulk sourcing at 5 gal+ cost goes down up to 50%, [4].
- Look at this including primer cost:
