ᐅ Are there building materials that can make MALM furniture more stable?

I think it is important to critically question whether such reinforcements are truly necessary. Malm furniture is affordable and relies on lightweight materials. If you need higher load capacity, you should consider that from the start instead of simply adding extra materials as a quick fix.

laureo schrieb:
If you want to keep the furniture stable in the long term, a complete rebuild using higher-quality materials might be worth considering

This example shows that sometimes the effort to stabilize an item is greater than just buying a sturdier piece of furniture in the first place.

Which building materials or techniques are actually suitable also depends heavily on the intended use. Where exactly are the weak points in your case? Are they mainly the shelves, sides, or the back panel?

Thanks in advance for the detailed tips!

@minan: I own the MALM desk with several drawers, and I store heavy binders weighing about 12-15 kg (26-33 lbs) per drawer. I noticed that despite the drawer slides, over time the drawers start to warp slightly, and the whole piece of furniture wobbles a bit, especially on the left side.

@Tause: You make a good point. A complete rebuild is not an option for me, but I want to achieve a noticeable increase in stability with reasonable effort and material use. Or maybe there are even standard reinforcement kits available specifically for the MALM?

I think the focus should be on stronger side panels and better connections between the individual components. Has anyone had success trying this?

For your project, it helps to also screw wooden braces (e.g., small studs) inside the side walls. This stiffens the walls and prevents warping. Additionally, a thicker back panel provides extra support.

Lirose schrieb:
focus should be on more stable side panels and better connections between the components

I agree with that. Especially with drawer furniture like MALM, the side panels can warp if the load is consistently high. One approach is to screw solid wood strips as a kind of frame inside the side panels, which significantly increases load capacity.

Also, accurately positioned metal brackets at the joints between the side panel and the base provide better load distribution.

A problem that is often underestimated is the attachment of the drawer slides. If the screws are too short or the wood is too soft, everything can pull apart. Using screws with longer threads or small metal reinforcement plates can help here.

What about the desk’s attachment to the wall? Is there any anti-tip safety?

Ask IKEA about reinforcement components. They often have separate sets or recommendations. Usually, brackets and thicker back panels are sufficient. Otherwise, add wooden strips, which is the best solution.

Lirose schrieb:
I think the focus should be on more stable side panels and better connections between the individual components.

Exactly, I’d like to add a few constructive suggestions.

If you want to reinforce the side panels, you can attach 2–3 cm (about 1 inch) wide and approximately 1.8 cm (0.7 inches) thick strips made of beech or spruce wood on the inside of the sides. Glue and screw these in place. This will significantly increase the overall rigidity of the construction.

For connecting the individual parts, you can also replace or add so-called connector screws (cam lock fasteners) if the existing ones are no longer tight enough.

It’s also important to check the floor leveling and, if necessary, add adjustable furniture glides underneath. Unevenness otherwise causes uneven load distribution.

To summarize:
- Use a thicker back panel (OSB / MDF)
- Attach internal side strips
- Use metal brackets and sturdy screws for connections
- Check the floor

This approach has helped me a lot with MALM dressers myself.