Hello everyone,
I recently purchased an Ikea Brimnes wardrobe and would like to find out how much weight or what type of load this wardrobe can actually support.
I am particularly interested in how many kilograms each shelf can hold, whether there are differences between the various models (e.g., with or without doors, drawers), and what material limits should not be exceeded to avoid permanent damage.
Perhaps someone here has practical experience with loading this wardrobe or knows reliable data from tests?
My main concern is to use the wardrobe in a way that ensures stability and safety, not just theoretical maximum values.
Thank you in advance!
I recently purchased an Ikea Brimnes wardrobe and would like to find out how much weight or what type of load this wardrobe can actually support.
I am particularly interested in how many kilograms each shelf can hold, whether there are differences between the various models (e.g., with or without doors, drawers), and what material limits should not be exceeded to avoid permanent damage.
Perhaps someone here has practical experience with loading this wardrobe or knows reliable data from tests?
My main concern is to use the wardrobe in a way that ensures stability and safety, not just theoretical maximum values.
Thank you in advance!
B
barEsperan30 Jan 2023 21:18I agree with that.
Individual shelves should hold up to 15 kg (33 lbs); otherwise, the material quickly loses stability.
Individual shelves should hold up to 15 kg (33 lbs); otherwise, the material quickly loses stability.
G
Genevieve30 Jan 2023 21:38I consider Ikea’s maximum weight specifications to be more of a guideline based on laboratory conditions.
It is also important how the weight is distributed. A point load of 15 kg (33 lbs) in the center of the shelf is more likely to cause sagging than 15 kg (33 lbs) evenly spread out.
Furthermore, the type of attachment should be considered: if the cabinet is not fixed to the wall, the risk of tipping increases significantly with heavy loads on the top.
It makes sense to keep the guidelines in mind, but with careful use and weight distribution, it is possible to store more without increasing the risk.
It is also important how the weight is distributed. A point load of 15 kg (33 lbs) in the center of the shelf is more likely to cause sagging than 15 kg (33 lbs) evenly spread out.
Furthermore, the type of attachment should be considered: if the cabinet is not fixed to the wall, the risk of tipping increases significantly with heavy loads on the top.
It makes sense to keep the guidelines in mind, but with careful use and weight distribution, it is possible to store more without increasing the risk.
F
Friedrich30 Jan 2023 22:04On one hand, I am also concerned with maintaining long-term stability.
That is an important point – especially with particleboard shelves, people often underestimate how much the way the weight is distributed affects durability. I would also check that the cabinet is properly secured to the wall, which provides additional safety, particularly if there are children in the house.
Genevieve schrieb:
A point load of 15 kg (33 lbs) in the middle of the shelf is more likely to cause sagging than 15 kg (33 lbs) evenly distributed.
That is an important point – especially with particleboard shelves, people often underestimate how much the way the weight is distributed affects durability. I would also check that the cabinet is properly secured to the wall, which provides additional safety, particularly if there are children in the house.
Thank you very much for all the feedback.
To summarize:
- Maximum load per shelf is 15 kg (33 lbs), which should be understood as a maximum value under ideal load distribution
- Heavy items are best placed on the lower shelves
- A concentrated or point load can be more critical than an evenly distributed one
- Securing the unit to the wall is highly recommended for stability and safety
I am also interested in whether anyone has experience with the durability of the unit under heavy use. Specifically, I would like to know if it tends to deform under normal daily loads or if it remains sturdy over the years.
To summarize:
- Maximum load per shelf is 15 kg (33 lbs), which should be understood as a maximum value under ideal load distribution
- Heavy items are best placed on the lower shelves
- A concentrated or point load can be more critical than an evenly distributed one
- Securing the unit to the wall is highly recommended for stability and safety
I am also interested in whether anyone has experience with the durability of the unit under heavy use. Specifically, I would like to know if it tends to deform under normal daily loads or if it remains sturdy over the years.
I have been using my Brimnes for almost 4 years now, with daily use and quite heavily loaded, mainly with clothes and some shelf books.
So far, there are no visible deformations or issues; the quality is really good for the price.
Only the back panel has slightly bowed in my case, but nothing that affects the stability.
So yes, with reasonable loading, the wardrobe is definitely durable.
So far, there are no visible deformations or issues; the quality is really good for the price.
Only the back panel has slightly bowed in my case, but nothing that affects the stability.
So yes, with reasonable loading, the wardrobe is definitely durable.
Another important note:
Chipboard products like the BRIMNES are sensitive to moisture.
- Make sure that the indoor humidity does not remain consistently high
- Avoid storing wet or damp items inside the cabinet
Moisture causes swelling, which can permanently affect the integrity of the material due to the coating.
Chipboard products like the BRIMNES are sensitive to moisture.
- Make sure that the indoor humidity does not remain consistently high
- Avoid storing wet or damp items inside the cabinet
Moisture causes swelling, which can permanently affect the integrity of the material due to the coating.
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