Hello everyone,
I am currently planning the layout for my storage area and intend to use IKEA Billy bookcases for this. Since I will be storing relatively heavy items there—mainly some technically heavy equipment and binders that weigh well over 20 kg (44 lbs) per shelf—I have the following question:
Which Billy bookcases are specifically designed for high load capacities, meaning which versions or modifications can support a lot of weight without losing stability?
If you have any experience with reinforcements or alternative shelves, I would also greatly appreciate hearing about that.
Thanks in advance!
I am currently planning the layout for my storage area and intend to use IKEA Billy bookcases for this. Since I will be storing relatively heavy items there—mainly some technically heavy equipment and binders that weigh well over 20 kg (44 lbs) per shelf—I have the following question:
Which Billy bookcases are specifically designed for high load capacities, meaning which versions or modifications can support a lot of weight without losing stability?
If you have any experience with reinforcements or alternative shelves, I would also greatly appreciate hearing about that.
Thanks in advance!
GAGRAHAM schrieb:
With wall mounting and the metal shelves, I can easily store 40 kg (88 lbs) per level.Thank you, that already meets my needs quite well!
I am also interested to know: Has anyone experienced whether the back panel shares the load under heavy weight? I have read that the thin back panel often stabilizes the shelving unit, but can also break if too much weight is applied.
Ixne57 schrieb:
I’m curious: Has anyone experienced whether the back panel is also load-bearing under heavy stress?The back panel primarily provides torsional rigidity. It prevents the shelving unit from twisting. However, it hardly directly affects the load-bearing capacity of the shelves. If you store heavy loads, it is necessary but should not increase the load capacity.
Interestingly, some people remove the back panel to route cables, which significantly reduces stability. So avoid doing this if you plan to store heavy loads.
I’m often surprised that the weight of the shelves themselves is rarely discussed. Especially engineered wood ages and can fail more quickly under heavy loads.
That's brilliant! :-)
I can only confirm that the combination of 80 cm (31.5 inches) width, metal shelf inserts, and sturdy wall fixings can carry loads in a truly professional manner.
I used this for a project area and was able to store many boxes weighing 40-45 kg (88-99 lbs) without any issues.
A little tip: Place thin wooden strips under the heavy shelves at the bottom for extra support – this greatly improves the load capacity!
I can only confirm that the combination of 80 cm (31.5 inches) width, metal shelf inserts, and sturdy wall fixings can carry loads in a truly professional manner.
I used this for a project area and was able to store many boxes weighing 40-45 kg (88-99 lbs) without any issues.
A little tip: Place thin wooden strips under the heavy shelves at the bottom for extra support – this greatly improves the load capacity!
liste schrieb:
I’m often surprised that the weight of the shelves themselves is rarely discussed.Interesting point, thanks! So the weight of the shelf itself usually doesn’t affect the maximum load capacity?
One more question: Does anyone have experience with the Billy XL variants? They come with greater depth and height. Are they also designed for higher loads, or is that mainly just a visual upgrade?
Ixne57 schrieb:
Does anyone have experience with the Billy-XL versions?Hello!
The Billy-XL versions are designed more for increased storage space with fewer shelves. The taller freestanding models tend to be more stable, especially when wall-mounted. However, higher loads must be supported with better shelves or additional reinforcements.
Note: The greater depth increases leverage on the back panel, so wall mounting is mandatory, particularly when storing heavy items.
Conclusion: The XL models are not inherently designed for more weight, but for greater volume. Higher load capacity only results from appropriate reinforcement and mounting.
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