ᐅ Are there especially durable MALM components?

Hello everyone,

I am currently looking into whether certain components of IKEA Malm furniture are noticeably more durable compared to others, or if all parts are made with roughly the same level of robustness. I am particularly interested in whether the drawer bottoms, side panels, or back panels can generally withstand more stress than, for example, the drawer runners or the fronts.

Are there any experiences or technical insights regarding which Malm parts tend to have especially high durability? If so, what is the reason for this? Materials, manufacturing quality, or the construction method used?

I would greatly appreciate detailed answers, including tips on common weak points, so I can make an informed decision on my next IKEA purchase. Thanks in advance!

Ata69 schrieb:
whether there are certain components in IKEA MALM furniture that are particularly durable compared to others

Yes, the drawer bottoms in the MALM series are often somewhat weaker than the side panels. The side panels are usually made of MDF and are more stable. The back panels are generally thinner and more fragile. The drawer slides are solid but not indestructible.

Ata69 schrieb:
Are there any experience reports or maybe technical notes on which MALM parts are known for particularly high durability?

This topic is certainly interesting, as the MALM series is often seen as an affordable furniture line, but when you look closer, there are indeed differences in material durability depending on the components.

First, the side panels are made of medium-density fiberboard (MDF) with a melamine resin coating. This component is mechanically very robust—comparatively stronger than the drawer bottoms, which are often made of thinner particleboard and tend to sag under heavy loads.

The back panels are usually made of very thin hardboard or particleboard, mainly for stabilization and carrying little to no load—so they are not very durable in that respect.

The drawer slides are also worth mentioning: The metal runners in the MALM series are functional and sufficiently sized for typical household use, but with very frequent use, they tend to wear out at the guide bushings or plastic parts. Upgrading to stronger full-extension slides is technically possible and recommended by some users.

It is important to know that durability depends not only on the material but also on the quality of assembly and proper use. For example, avoiding excessive one-sided loading of the drawers helps protect the slides and bottoms.

I would be interested to know specifically what you use the furniture for—household, children’s room, or office? Sometimes the requirements change significantly depending on the intended purpose.

In addition to the previously provided useful tips, I would like to point out that the MALM is primarily designed as a bedroom wardrobe, which means there are specific strengths and weaknesses regarding its components.

As already mentioned, the back panels are mainly intended to provide structural stability and tend to be quite sensitive to moisture or improper loading in practice. The side panels, on the other hand, are fairly robust since they carry most of the weight.

neoren schrieb:
The side panels are usually made of MDF and are more stable.

Exactly, MDF offers a good balance of cost, stability, and weight in this context.

With regard to the drawers, you should pay attention to the joints; although the drawer bottoms are thinner, their edges are reinforced with a special strip, so moderate loads are not an issue. If you plan to regularly store heavy items in them, I would recommend protecting or possibly reinforcing the drawer bottoms further.

If you want to learn more about the materials, I can gladly provide you with some details about MDF and particleboard.

Ata69 schrieb:
Are there any experiences or technical tips on which MALM parts are particularly durable?

From a purely technical perspective, the load-bearing capacity of the MALM series largely depends on the materials used and the type of joints.

The side panels are typically made of MDF with a thickness of about 16 mm (0.63 inches), providing a solid foundation for furniture construction. They bear most of the load and are supported by the back panels and shelves.

The drawer bottoms, on the other hand, are generally made from thinner particleboard (around 8–10 mm (0.3–0.4 inches)), which makes them more prone to sagging when heavily loaded. In some cases, additional reinforcement is recommended, such as adding a plywood board underneath.

The back panels are usually very thin hardboard (approximately 3 mm (0.12 inches)) and primarily serve to stabilize lateral forces. They are not designed to carry significant loads and can be quickly damaged by moisture or mechanical impact.

Additionally, the connections use dowels and screws, which can become weak points if the assembly is not done properly. The edges are melamine-coated, providing surface protection but no added structural strength.

In summary: the side panels are best suited for high loads, drawer bottoms are the weakest components, and back panels have very limited load capacity.

If you plan to load the furniture heavily, it is worth considering reinforcements or alternative solutions.