ᐅ Why do some Billy cabinet doors stick even though they appear to be properly hung?
Created on: 31 May 2022 10:07
J
Jillpu30
Hello everyone,
I have a question that has been on my mind for a while: Why do some Billy cabinet doors stick, even though they appear to be properly aligned?
I mean, I have deliberately adjusted my Billy shelves straight and carefully, the hinges are correctly installed, and the doors seem to fit nicely. Still, they get stuck in certain spots when opening or closing. It’s not just a small squeak or the usual friction, but noticeably at specific heights where the door doesn’t move smoothly.
I suspect it might be related to the material properties or even humidity, but is that really the only reason? Or do you have experience with what else could cause this if both doors seem to be correctly and neatly assembled at first glance?
Thanks in advance for your opinions and tips!
I have a question that has been on my mind for a while: Why do some Billy cabinet doors stick, even though they appear to be properly aligned?
I mean, I have deliberately adjusted my Billy shelves straight and carefully, the hinges are correctly installed, and the doors seem to fit nicely. Still, they get stuck in certain spots when opening or closing. It’s not just a small squeak or the usual friction, but noticeably at specific heights where the door doesn’t move smoothly.
I suspect it might be related to the material properties or even humidity, but is that really the only reason? Or do you have experience with what else could cause this if both doors seem to be correctly and neatly assembled at first glance?
Thanks in advance for your opinions and tips!
farje schrieb:
If the doors are hung correctly, adjustments normally shouldn’t be necessary.I understand your skepticism, but "hung correctly" is often based on a visual inspection. The hinges sometimes allow for slight play that only becomes noticeable when opening or during use.
In my experience, it’s worthwhile to check the fine adjustment screws of the concealed hinges as well – they are specifically designed to resolve minor sticking points.
It’s not about the door being crooked from the start, but about compensating for small variations caused by material changes.
Another aspect that is often underestimated is temperature. Extreme temperature fluctuations can cause swelling and shrinking just like humidity.
Furthermore, slight warping of the doors themselves, caused by manufacturing tolerances, can lead to sticking even if the carcass is perfectly level.
Regular inspection and adjustment of the hinges is therefore not a sign of weakness, but a sensible maintenance of the furniture.
Furthermore, slight warping of the doors themselves, caused by manufacturing tolerances, can lead to sticking even if the carcass is perfectly level.
Regular inspection and adjustment of the hinges is therefore not a sign of weakness, but a sensible maintenance of the furniture.
GiRoyce schrieb:
"The problem is a bit more complex than it seems at first glance."You’re right, I agree with that. Your tips have already helped me a lot—especially the point about the wall and the floor.
nubar schrieb:
Extreme temperature fluctuations can cause wood to expand and contract just like humidity does.I hadn’t been aware of that at all. I live in a rental apartment without noticeable temperature issues, but I hadn’t considered how much the furniture itself can be affected.
Could you also advise me on the best way to check if the doors themselves are warped? So far, I only know the method using a spirit level and a flat surface.
Jillpu30 schrieb:
Can you also explain the best way to check if the doors themselves are warped?That’s a valid question that many tend to overlook. A simple method is to remove the doors from the hinges and place them on a perfectly flat surface—such as a large table or the floor—that has been checked with a long spirit level or straightedge.
If the edges of the doors clearly lift off the flat surface, the door is warped. Usually, these distortions are so slight that they are mostly noticeable only when closing the door.
So: just because something “hangs correctly” doesn’t mean all components have remained perfectly true to size.
I think we’re mostly discussing the practical and physical reasons here, but let’s take a closer look:
What if the sticking is also a kind of "designed failure"? A deliberately created, manufacturer-tolerated issue to encourage customers to engage more with the furniture and maybe even order replacement parts?
I don’t find it unreasonable that production includes certain tolerances where only minimal adjustments are needed, which then creates the feeling of "sticking even though properly assembled."
So there is also a psychological aspect: we expect perfection but receive a kind of ‘functional compromise.’
What if the sticking is also a kind of "designed failure"? A deliberately created, manufacturer-tolerated issue to encourage customers to engage more with the furniture and maybe even order replacement parts?
I don’t find it unreasonable that production includes certain tolerances where only minimal adjustments are needed, which then creates the feeling of "sticking even though properly assembled."
blapau schrieb:– If that can already be influenced, then the blame doesn’t always lie solely with the assembly.
the stress on the doors or smaller deformations of the shelves under load
So there is also a psychological aspect: we expect perfection but receive a kind of ‘functional compromise.’
Hector schrieb:
Remove the doors from the hinges and place them on a perfectly flat surfaceThanks, I’ll give that a try. It’s a practical approach to narrow down the issue more precisely.
Lamar schrieb:
clamping is also a kind of "designed failure"That’s an interesting thought! I had suspected that there are natural tolerances in manufacturing, but I wasn’t aware that such apparent defects might actually be intentional.
That would also explain why the problem can’t be completely eliminated—at least not without significant effort.
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