sfsuphysics
Supporting Member
Balanced or not, if they're high (but balanced) you can still get precipitation out via heat (friction) if memory serves.
That being said having talked to the guy and running an idea by him, I asked if it's possible the plastic shaft could swell and as a result bind with the ceramic ring, he said absolutely (like it is something that's expected) then said friction should wear it down eventually though (which I didn't like as an answer).
I've gone through at least 3 different types of shaft/ceramic configurations from them, so they're changing things for a reason. Another thing to look at, is look at the magnet where the screw meets, it should be perfectly flush, I actually had one that was counter sunk, and that caused tons of issues, I don't know if it was a badly produced magnet, or if the screw actually dug itself into the magnet, but it did need replacing.
That being said having talked to the guy and running an idea by him, I asked if it's possible the plastic shaft could swell and as a result bind with the ceramic ring, he said absolutely (like it is something that's expected) then said friction should wear it down eventually though (which I didn't like as an answer).
I've gone through at least 3 different types of shaft/ceramic configurations from them, so they're changing things for a reason. Another thing to look at, is look at the magnet where the screw meets, it should be perfectly flush, I actually had one that was counter sunk, and that caused tons of issues, I don't know if it was a badly produced magnet, or if the screw actually dug itself into the magnet, but it did need replacing.