ᐅ How do I securely mount IKEA Metod wall cabinets on drywall?

Hello everyone, I plan to mount several IKEA Metod wall cabinets on a drywall partition. My main question is how to securely and permanently fix the cabinets without damaging the wall or compromising stability.

The wall has a standard construction: 12.5 mm (0.5 inch) drywall panels on a metal stud frame. I would like to know which anchors or fastening methods are generally suitable to reliably support the weight of the Metod wall cabinets.

Additionally, I am interested in whether the weight of the filled cabinets (20-25 kg (44-55 lbs) per cabinet plus contents) is enough to cause the drywall to tear or the brackets to loosen over time if the fixings are not ideal.

Are there any special tips for locating the metal studs or useful alternatives if the studs are positioned unfavorably?

For a well-founded answer, I would appreciate if you could cover different types of anchors, installation options such as toggle bolts, metal brackets, or additional reinforcements for the wall.

Thank you in advance for your expertise!

Securely mounting IKEA Metod wall cabinets on drywall always requires anchoring into the supporting framework, meaning the metal or wooden studs behind the drywall panels.

- Drywall anchors or expansion anchors are not sufficient for such loads, as they only grip the surface of the panel and cannot support the weight over time.

- The key is to accurately locate the studs, for example using a magnet or an electronic stud finder.

- For fastening into metal studs, special metal drill screws (e.g., self-tapping sheet metal screws) are suitable, which are screwed directly into the metal profile. Pay attention to the correct length and screw diameter.

- Alternatively, if stud positions are unfavorable, cavity anchors (e.g., toggle bolts) can be used; these spread behind the drywall, but their maximum load capacity is lower, so caution is advised.

- For particularly heavy loads, additional reinforcement behind the wall may be advisable, such as attaching a wooden batten on the back side of the drywall or doubling the wall structure.

Conclusion: Cabinets must be fastened with metal drill screws into the metal studs. Anchors in the drywall panel itself do not provide reliable support for these loads.

Here is a brief step-by-step tutorial for attaching IKEA Metod wall cabinets to drywall with metal studs:

1. Locate the studs: Use a magnet or an electronic stud finder to identify the exact position of the metal studs behind the drywall.

2. Mark the mounting height: Use a spirit level and pencil to draw the line where the cabinets will hang.

3. Drill holes: Choose at least four fixing points per cabinet, always on the centerline of the metal studs.

4. Select screws: Use self-tapping sheet metal screws with a diameter of about 4.5 to 5 mm (0.18 to 0.20 inches) and a length suitable for the wall thickness (at least 20-25 mm (0.8 to 1 inch) screw penetration into the metal).

5. Drive the screws: Use a cordless screwdriver or drill with torque control to avoid deforming the metal.

6. Hang and align the cabinets: Check with a spirit level and adjust if necessary.

Common mistakes:
- Too few fixing points
- Screws positioned outside the metal studs
- Using standard wall plugs without stud contact

If the studs are inconveniently located, you can attach an additional wooden batten (e.g., 30 x 40 mm (1.2 x 1.6 inches)) to the wall on the studs and then mount the cabinets onto it.

jelite schrieb:
Here is a short step-by-step tutorial on how to mount IKEA Metod wall cabinets on drywall with metal studs:

Great instructions! I’m also currently installing Metod wall cabinets and can confirm that without a stud finder it’s really difficult to hit the right spots accurately!

Another tip from me: Always have a helper hold the cabinets steady while screwing them in, otherwise they can easily end up crooked.

And if anyone is unsure about how much weight the screws can actually hold, just test beforehand or start with lighter items! ☺️

I think with a bit of patience the installation works really well, and in the end the wall cabinets look fantastic and feel very secure!

usbla schrieb:
Drywall anchors or expansion anchors are not sufficient for such loads, as they only hold in the drywall itself, which cannot support the load over time.

I can only confirm this. For permanent loads from kitchen cabinets on drywall, cavity anchors are not suitable.

The metal studs are crucial. If the spacing between studs is too wide and no mounting points are available, it is advisable to either install a stable subframe (e.g., wooden battens) on the wall, which is directly connected to the metal studs, or alternatively secure the cabinets to a solid wall.

The weight of 20-25 kg (44-55 lbs) per cabinet plus contents adds up quickly. Do not underestimate the forces acting on the fixtures from opening, pulling, and vibrations during use. A point load can damage the drywall after a short time.

Faseleo schrieb:
The wall is built in a standard way: 12.5 mm (0.5 inch) gypsum plasterboards on a metal stud frame. I want to know which anchors or fastening methods are generally suitable to reliably support the weight of the Metod wall cabinets.

To answer specifically: With 12.5 mm (0.5 inch) gypsum plasterboard on metal studs, the safest and recommended method is to fasten directly into the metal profiles using screws.

Alternatively, if the metal studs are not easily accessible, it is advisable to install horizontal wooden battens, fixed with special metal construction screws. The cabinets are then mounted onto these battens.

It is important not to use standard drywall anchors, as they are not designed to handle the dynamic loads of wall cabinets.

In summary:
- Locate the metal studs
- Fasten directly with sheet metal screws (e.g. 4.5x25 mm (approximately 3/16 x 1 inch) or larger)
- Install additional wooden battens in between studs if necessary
- Adjust the number of screws according to the cabinet size, at least 4 per cabinet

This approach ensures long-term stability and prevents material failure.