Hello everyone,
I am currently looking into the issue of why furniture from IKEA’s Malm series often develops cracks. I’m mainly referring to the large dressers and drawer units, which are often made from particleboard with a thin foil or plastic coating. My question is whether these cracks are primarily caused by material fatigue, everyday wear and tear, or environmental factors such as humidity and temperature fluctuations.
Does anyone have experience or technical explanations for why Malm furniture is particularly prone to this kind of damage? I am also looking for advice on how to prevent it, as a complete replacement of the furniture is not an option for me.
Thanks in advance for your help!
I am currently looking into the issue of why furniture from IKEA’s Malm series often develops cracks. I’m mainly referring to the large dressers and drawer units, which are often made from particleboard with a thin foil or plastic coating. My question is whether these cracks are primarily caused by material fatigue, everyday wear and tear, or environmental factors such as humidity and temperature fluctuations.
Does anyone have experience or technical explanations for why Malm furniture is particularly prone to this kind of damage? I am also looking for advice on how to prevent it, as a complete replacement of the furniture is not an option for me.
Thanks in advance for your help!
Hello FOTAREO,
Regarding your question: The main issue with Malm furniture actually lies in the use of chipboard panels with veneer finishes, which often have only a thin decorative layer. These materials are sensitive to moisture and temperature fluctuations because the wood moves, expanding or contracting. This creates stress in the material that can lead to cracks on the surface.
Your suspicion about moisture and temperature variations is correct. The risk increases especially if the furniture is placed in rooms with variable humidity levels. Overloading areas intended for lighter items can also cause microdamage, which may later appear as cracks.
To prevent this, I recommend maintaining as constant indoor humidity as possible, avoiding direct sunlight, and not overloading the furniture. Careful handling also helps—for example, regular wiping with a lightly damp cloth without soaking the surface.
Regarding your question: The main issue with Malm furniture actually lies in the use of chipboard panels with veneer finishes, which often have only a thin decorative layer. These materials are sensitive to moisture and temperature fluctuations because the wood moves, expanding or contracting. This creates stress in the material that can lead to cracks on the surface.
FOTAREO schrieb:
whether these cracks mainly result from material fatigue, everyday wear and tear, or environmental factors such as moisture and temperature fluctuations
Your suspicion about moisture and temperature variations is correct. The risk increases especially if the furniture is placed in rooms with variable humidity levels. Overloading areas intended for lighter items can also cause microdamage, which may later appear as cracks.
To prevent this, I recommend maintaining as constant indoor humidity as possible, avoiding direct sunlight, and not overloading the furniture. Careful handling also helps—for example, regular wiping with a lightly damp cloth without soaking the surface.
From a construction standpoint, Malm furniture is mainly characterized by its choice of materials: particleboard with decorative foil or thin veneer provides a cost-effective solution but is generally less durable against environmental influences compared to solid wood.
Cracking occurs due to the hygroscopic nature of the material, meaning it absorbs or releases moisture. This moisture absorption causes dimensional changes that lead to micro-cracks. These cracks can gradually enlarge over months or years.
Another factor is the edge banding glue, which is often only partially waterproof, causing damage to appear especially in these sensitive areas.
That sums it up well. Additionally, users should avoid placing heavy or unevenly distributed loads on the surfaces and prevent stresses that could cause warping.
In summary, I recommend:
- Maintaining constant air humidity (ideally 40-60%)
- Avoiding large temperature fluctuations
- Preventing excessive loads
- Caring for the surfaces with appropriate cleaning agents
These measures can significantly extend the lifespan of the furniture.
Cracking occurs due to the hygroscopic nature of the material, meaning it absorbs or releases moisture. This moisture absorption causes dimensional changes that lead to micro-cracks. These cracks can gradually enlarge over months or years.
Another factor is the edge banding glue, which is often only partially waterproof, causing damage to appear especially in these sensitive areas.
BOSULE schrieb:
Your suspicion about moisture and temperature fluctuations is correct.
That sums it up well. Additionally, users should avoid placing heavy or unevenly distributed loads on the surfaces and prevent stresses that could cause warping.
In summary, I recommend:
- Maintaining constant air humidity (ideally 40-60%)
- Avoiding large temperature fluctuations
- Preventing excessive loads
- Caring for the surfaces with appropriate cleaning agents
These measures can significantly extend the lifespan of the furniture.
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