In general, I prefer sources that don't have something to sell you (because it's cheaper and not that difficult to DIY). I would make use of google for both general and filament-specific articles/vids.
There's a LOT of good information out there on this subject. This procedure (a to j) was repeated for each humidity-concentration level. AFAIK, Most PLA seems to do well at normal household humidities (<=50%) OTOH, PETG can absorb moisture in that range (see: Print gets bigger the higher it comesįor some filaments, I've read 5%-10% is recommended. Enclose the monitor in the original aluminum container until ready for analysis. Particularly during the winter, a humidifier can release moisture into the air, which helps to increase the humidity level and create optimal growing. However, many data centers traditionally have set their temperatures as low as 55☏. This is because the different polymers have different hygroscopic properties. Introducing a humidifier is one of the quickest and simplest ways to raise the indoor humidity level in your grow room, grow tent, or other indoor growing space. In 2008, American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE) expanded the recommended temperature range at the inlet of the server from 68☏ to 77☏ (the 2004 level) to 65☏ to 80☏. I couldn't find anything, so does anyone know what is an ideal range for filaments? And I assume maybe different kinds might require different levels? (PLA, PETG, ABS, etc). I was trying to search to see if anyone had some general 'good' ranges of humidity that you should try to keep your filaments at either during printing or just in storage.
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