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

I have MALM furniture from IKEA at home, which I generally like, but I’ve noticed that the stability, especially with larger wardrobes or dressers, can sometimes be lacking, particularly when storing heavy loads. Therefore, my question to the community is: Are there specific building materials or reinforcements that can be added to MALM furniture to significantly improve its stability? I am thinking, for example, of alternative materials for the back panels, additional bracing, or maybe connection details that could make the furniture more durable and stable. I would appreciate any experiences or recommendations, including advice on simple implementations and costs.

If you want to improve stability, replace the thin back panel with an OSB board. It is stronger and stiffer. Metal brackets in the corners can also help.

Hello Lirose, your question is very valid. MALM furniture is often made of particleboard with a thin backing panel made of hardboard, which does not provide much stability. Often, simply replacing the backing with a 4–6 mm (0.16–0.24 inch) thick MDF or OSB board helps to strengthen the cabinet structure. Additionally, metal brackets can be installed in the corners or wooden battens on the sides to reinforce the joints exactly at the stress points. Also, make sure to use heavy-duty anchors or longer, high-quality screws to ensure the connections at the edges hold better.

Hello Lirose, I’m happy to provide a more detailed explanation regarding your concern. MALM furniture is typically made from medium-density fiberboard (MDF) or particleboard, and its stability can be noticeably improved with some targeted measures.

A first step would be to replace the back panel with OSB boards (Oriented Strand Board), preferably a 4 or 6 mm (0.16 or 0.24 inch) thick panel. This prevents the furniture from tipping or twisting much more effectively than the original back panel. It is important to securely fasten the panel with screws at least 40 mm (1.6 inches) long.

You can also add additional braces. These can be crosswise solid wood strips or plywood panels installed on the back or inside the cabinet. Ideally, a diagonal brace would compensate for lateral loads.

Metal brackets or flat connectors made of steel also provide excellent reinforcement at the corners or inside the furniture. Just make sure they are properly screwed in so that the structural stability is improved not only superficially.

Finally, you can attach floor glides with non-slip bottoms to the base edge to prevent slight movement on the floor.

I’m curious which MALM variants you specifically need reinforcement for and roughly what the load capacity requirements are? This information can help provide more precise recommendations.

Another option to consider with MALM furniture is using plywood panels instead of individual components, for example, on shelves or side panels. These panels are more solid and less likely to warp than particleboard. Adding extra crossbars beneath the shelves also helps distribute weight better.

karbar schrieb:
replace the thin back panel with an OSB board.

That’s a good tip and often requires little effort. OSB is cheaper than plywood but is somewhat rougher and heavier.

If you want to keep the furniture stable in the long term, a complete rebuild using higher-quality materials might be worthwhile, though this is not always practical. For simple reinforcement, modifications to the furniture’s basic structure are usually sufficient.

I would like to provide a brief guide on how to reinforce MALM furniture using simple methods:

Step 1: Replace the back panel
- Remove the old back panel
- Cut an MDF or OSB board (at least 4 mm thick (0.16 inches))
- Attach the board with enough screws (at least one screw every 15-20 cm (6-8 inches))

Step 2: Install corner brackets
- Place metal brackets in all interior corners
- Use pre-drilled screws if possible to prevent the wood from splitting

Step 3: Add cross braces
- Attach solid wood strips horizontally inside to prevent sagging

Step 4: Screw quality
- Use high-quality, longer screws to significantly improve stability

Common mistakes:
- Back panel not nailed or screwed in well enough
- Screws too short
- No reinforcement in the corners

Following this sequence will result in noticeably improved stability.