Type A: Difference between revisions

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336 bytes added ,  22 October 2017
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** Due to this filament build-up on the outside of the printhead, any print that could be described as a "highly shaped bock of plastic" will probably work. It is prints where the head constantly moves over open air (no plastic under the head), that melted PETG dropping off the outside of the printhead will probably cause the print to fail.
** Due to this filament build-up on the outside of the printhead, any print that could be described as a "highly shaped bock of plastic" will probably work. It is prints where the head constantly moves over open air (no plastic under the head), that melted PETG dropping off the outside of the printhead will probably cause the print to fail.
* To print with PETG, start with a '''clean''' nozzle; and the 1st layer (inside the Brim) needs to be perfect.
* To print with PETG, start with a '''clean''' nozzle; and the 1st layer (inside the Brim) needs to be perfect.
* There are suggestions on the Internet about MG Chemicals PETG is brittle compared to other PETG filaments. So anything that would be "fragile" (too easy to break) when printed with PLA, could also be "fragile" when printed with this PETG.




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* This filament '''really oozes''' ... so a slightly lower Temp. & a much higher Retraction was needed.
* This filament '''really oozes''' ... so a slightly lower Temp. & a much higher Retraction was needed.
* Very little stringing using the above settings ... but POOR Layer Adhesion, and POOR Perimeter to Infill Adhesion.
* Very little stringing using the above settings ... but POOR Layer Adhesion, and POOR Perimeter to Infill Adhesion.
** Print Temp. too low??? ... need more Infill overlap???
** Print Temp. too low??? ... need more Infill overlap??? (After testing this filament, the Infill overlap for MG Chem. PETG was drastically increased.)


== Features ==
== Features ==
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