C
carlsonpar30 Oct 2015 12:07Hello everyone,
I have a BILLY shelf from IKEA, which is used quite often, mainly as a small bookshelf in my home office. I noticed that it only squeaks when I put weight on it or it is under load – for example, when pulling out or adjusting the shelves while they are loaded. Otherwise, the shelf is completely silent.
My question is: why does my BILLY shelf only squeak under load? Are there specific reasons why the noise only occurs then and not all the time? Maybe it has something to do with the construction, materials, or load distribution? I’m looking forward to well-informed opinions or practical tips on how to fix this.
I have a BILLY shelf from IKEA, which is used quite often, mainly as a small bookshelf in my home office. I noticed that it only squeaks when I put weight on it or it is under load – for example, when pulling out or adjusting the shelves while they are loaded. Otherwise, the shelf is completely silent.
My question is: why does my BILLY shelf only squeak under load? Are there specific reasons why the noise only occurs then and not all the time? Maybe it has something to do with the construction, materials, or load distribution? I’m looking forward to well-informed opinions or practical tips on how to fix this.
Hello carlsonpar,
I can definitely understand how annoying such squeaking can be, especially when it only happens under load. To me, it sounds like there might be slight movement of individual components under pressure, causing the squeaking sounds. Often, it is small friction points between the wood and the connection points or the metal brackets.
Maybe you have already checked if all the screws are tight and if there is any slight play anywhere? Sometimes a few drops of oil or wax on the friction points help as well.
In my experience, this can also be influenced by humidity – wood does expand and contract, which can cause noises, especially under load. Let us know what you have tried so far!
I can definitely understand how annoying such squeaking can be, especially when it only happens under load. To me, it sounds like there might be slight movement of individual components under pressure, causing the squeaking sounds. Often, it is small friction points between the wood and the connection points or the metal brackets.
Maybe you have already checked if all the screws are tight and if there is any slight play anywhere? Sometimes a few drops of oil or wax on the friction points help as well.
In my experience, this can also be influenced by humidity – wood does expand and contract, which can cause noises, especially under load. Let us know what you have tried so far!
M
MELANIE4130 Oct 2015 12:22Hello,
squeaking under load is usually caused by friction between wooden or metal parts. Simply tighten screws, check them, and rub wax on the wooden areas – this almost always helps.
squeaking under load is usually caused by friction between wooden or metal parts. Simply tighten screws, check them, and rub wax on the wooden areas – this almost always helps.
Additional information: The squeaking usually occurs under load because the furniture joints move slightly. This causes the surfaces to rub against each other, producing the noise. In BILLY shelves, the metal brackets and their connection to the shelves are often affected.
A preventive measure would be to tighten all screws and brackets thoroughly, as loose fastenings allow more movement. Additionally, applying lubricant at contact points can help – paraffin wax or silicone spray are particularly suitable since they do not damage wood or metal.
The floor surface can also have an effect: An uneven floor can cause the shelf to tilt slightly under load, which creates stress.
A preventive measure would be to tighten all screws and brackets thoroughly, as loose fastenings allow more movement. Additionally, applying lubricant at contact points can help – paraffin wax or silicone spray are particularly suitable since they do not damage wood or metal.
The floor surface can also have an effect: An uneven floor can cause the shelf to tilt slightly under load, which creates stress.
MELANIE41 schrieb:
Squeaking under load is usually caused by friction between wood or metal parts.Exactly, and another thought: If you recently assembled the shelf, the wood can still settle or expand slightly depending on the humidity in the room. This often causes temporary noises that decrease over time.
tangi schrieb:
A preventative measure would be to tighten all screws and brackets well.Definitely. If the noise persists, it’s worth isolating the connection points with small pieces of felt or foam rubber to prevent direct hard friction.
L
LuMarcel4331 Oct 2015 09:18I would like to point out critically that most recommendations are practical but rarely explain the deeper physical reasons.
The squeaking usually results from micro-movements at contact surfaces that convert pressure into friction. Wood, as a viscoelastic material, does not transmit loads purely statically but responds dynamically to stress and moisture.
Especially with BILLY shelves, which are relatively lightly constructed, even slight deformation of the shelves or side panels is enough to cause minimal movements at the joints. This ‘play’ then leads to the typical squeaking.
So, it can be said that this effect is a combination of material properties, construction, and load. The solution is to stabilize the connections and reduce friction. Lubricants work, but long-term improvement often also requires stabilizing the load distribution.
The squeaking usually results from micro-movements at contact surfaces that convert pressure into friction. Wood, as a viscoelastic material, does not transmit loads purely statically but responds dynamically to stress and moisture.
Especially with BILLY shelves, which are relatively lightly constructed, even slight deformation of the shelves or side panels is enough to cause minimal movements at the joints. This ‘play’ then leads to the typical squeaking.
So, it can be said that this effect is a combination of material properties, construction, and load. The solution is to stabilize the connections and reduce friction. Lubricants work, but long-term improvement often also requires stabilizing the load distribution.
Similar topics