ᐅ Are there any specially designed shelves for Billy that are more stable?

Created on: 5 May 2015 08:13
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Babila
Hello everyone,

I’m planning to use my Billy bookshelf more intensively but want to make sure the shelves are sturdy enough even under heavy loads. My question is: Are there special shelves for the IKEA Billy bookshelf that are stronger or more durable than the standard ones? I’m thinking of options like additional reinforcements, thicker materials, or alternatives that fit the Billy system without changing its appearance. If anyone has experience upgrading or reinforcing these shelves, I would really appreciate any tips!
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Babila
5 May 2015 11:02
kyledeo schrieb:
Alternatively, you can reinforce standard floors with metal braces.

Thanks for the tip about metal braces; that sounds promising. If possible, I would like to learn more about how exactly to install the braces without negatively affecting the floor or the shelf appearance.
MAVERICKKA schrieb:
whether modifying the floors affects the warranty or liability from IKEA.

That’s an important point. Does anyone know IKEA’s official stance on this, especially regarding reinforcements?
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LANELE
5 May 2015 11:27
For stabilization: metal brackets attached to the underside of the shelves prevent sagging under heavy loads. The appearance remains smooth if the brackets are installed neatly and possibly painted.
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barle
5 May 2015 12:05
I have reinforced my Billy shelves with additional center supports. Small legs or wooden blocks placed underneath the shelf work well for this. Cost-effective and efficient.
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umberto
6 May 2015 07:49
As an alternative to IKEA shelves, you can buy particleboard or MDF panels with a thickness of 18 mm (0.7 inches) at hardware stores and drill the Billy shelf support holes yourself. However, you will need tools to create new holes, as the existing ones are not compatible by default.
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MAVERICKKA
6 May 2015 08:13
umberto schrieb:
equipped with the Billy mounting holes

How exactly is this done? Doesn’t drilling affect the stability? I would expect the holes to reduce the moment of inertia and therefore be counterproductive.
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LOPAU
6 May 2015 08:35
MAVERICKKA schrieb:
I would expect the holes to reduce the moment of inertia and therefore be rather counterproductive.

That is theoretically correct, but with an 18 mm (0.7 inch) thick board, the holes for the metal pins are very small and hardly affect the strength. It is important that the panels are not cut or machined too extensively. A clean, professional execution ensures almost full structural integrity.