Hello everyone, I am currently exploring an idea on how to secure the KALLAX shelves from IKEA using magnets. My question is: How does the magnetic locking system specifically work for KALLAX cabinets? I am particularly interested in the type and strength of the magnets used, how they are installed on the doors or compartments, and whether there are any specialized installation solutions or accessories recommended for this purpose. It would also be helpful to understand the advantages and disadvantages of this method compared to traditional locking mechanisms like latches or handles. I would appreciate expert advice and experiences to help me get a realistic assessment for my project. Thank you in advance!
Hello JOKATO,
there are several practical methods for closing KALLAX shelves with magnets. Generally, strong neodymium magnets are used because, despite their small size, they provide enough holding force for reliable closure.
The installation usually involves gluing or screwing the magnets to the inside of the doors and the corresponding surface on the shelf. It is important to position the magnets so they align perfectly to achieve their full strength. Connecting materials like small metal plates or steel counterparts create the magnetic contact.
Typically, disc magnets with a diameter of 10-15 mm (0.4-0.6 inches) and a holding force of 2-5 kg (4.4-11 lbs) are used, depending on the weight of the door.
The advantage of this solution is that the doors remain flush without visible latches or knobs, which is visually appealing. However, a disadvantage is that strong magnets rarely provide child safety, as they do not lock but only hold the doors closed.
My tip: be sure to test the magnet strength before installation, otherwise the doors may open on their own.
there are several practical methods for closing KALLAX shelves with magnets. Generally, strong neodymium magnets are used because, despite their small size, they provide enough holding force for reliable closure.
The installation usually involves gluing or screwing the magnets to the inside of the doors and the corresponding surface on the shelf. It is important to position the magnets so they align perfectly to achieve their full strength. Connecting materials like small metal plates or steel counterparts create the magnetic contact.
Typically, disc magnets with a diameter of 10-15 mm (0.4-0.6 inches) and a holding force of 2-5 kg (4.4-11 lbs) are used, depending on the weight of the door.
The advantage of this solution is that the doors remain flush without visible latches or knobs, which is visually appealing. However, a disadvantage is that strong magnets rarely provide child safety, as they do not lock but only hold the doors closed.
My tip: be sure to test the magnet strength before installation, otherwise the doors may open on their own.
naujon schrieb:
Typically, disc magnets with a diameter of 10-15 mm (0.4-0.6 inches) and a holding force of 2-5 kg (4.4-11 lbs) are usedThis is an interesting approach, but I wonder if these specifications are truly practical? In my previous tests with magnets in furniture series, I found that even stronger neodymium magnets often do not provide the necessary holding force when the door is frequently moved or if the furniture piece wobbles slightly.
Furthermore, it should be considered that magnets are prone to wear if the surfaces are not optimally smoothed. Therefore, I would recommend carefully checking not only the magnet strength but also the material quality and the method of attachment.
Are there any experiences with adjustable or spring-loaded mounts that additionally support the magnetic force? Or a reliable combination of magnets and mechanical locks?
Hello everyone,
Some time ago, I tried to secure my KALLAX unit with magnets. It’s important to position the magnets carefully on MDF or chipboard panels, as the material itself has little magnetic attraction.
I recommend mounting small steel plates directly opposite the magnets. Otherwise, the magnets only interact with wood or plastic, which significantly reduces their holding strength.
For installation, I used thin, self-adhesive neodymium disc magnets (about 12mm (0.5 inches) in diameter, 3mm (0.12 inches) thick). These hold my doors firmly without the need for force. However, I also fixed the magnets in place with tiny screws because the adhesive tends to weaken over time.
If the doors are opened frequently, the magnet parts should be carefully deburred to prevent scratches.
When it comes to child safety, magnet closures are not suitable, as children can easily open them.
Some time ago, I tried to secure my KALLAX unit with magnets. It’s important to position the magnets carefully on MDF or chipboard panels, as the material itself has little magnetic attraction.
I recommend mounting small steel plates directly opposite the magnets. Otherwise, the magnets only interact with wood or plastic, which significantly reduces their holding strength.
For installation, I used thin, self-adhesive neodymium disc magnets (about 12mm (0.5 inches) in diameter, 3mm (0.12 inches) thick). These hold my doors firmly without the need for force. However, I also fixed the magnets in place with tiny screws because the adhesive tends to weaken over time.
If the doors are opened frequently, the magnet parts should be carefully deburred to prevent scratches.
When it comes to child safety, magnet closures are not suitable, as children can easily open them.
Magnetic closures for KALLAX, that sounds interesting! 🙂
I have tried small built-in sets myself, which basically consist of magnets and metal plates. They work great but have a small drawback – the doors sometimes make a slightly loud clicking noise when closing. Depending on the situation, I find that either charming or annoying.
What I especially like is that you can install the magnetic systems quite discreetly, making them visually neat and practical for small hands since no handles are needed to press.
For those who want something even more elegant, there are also “magnetic catches” – small mechanical components with integrated magnets that provide a stronger hold but do stick out slightly.
My tip: Before the final installation, test with the magnetic wedge first to find the right spot – you don’t want it to slam or close too softly later on 😉
I have tried small built-in sets myself, which basically consist of magnets and metal plates. They work great but have a small drawback – the doors sometimes make a slightly loud clicking noise when closing. Depending on the situation, I find that either charming or annoying.
What I especially like is that you can install the magnetic systems quite discreetly, making them visually neat and practical for small hands since no handles are needed to press.
For those who want something even more elegant, there are also “magnetic catches” – small mechanical components with integrated magnets that provide a stronger hold but do stick out slightly.
My tip: Before the final installation, test with the magnetic wedge first to find the right spot – you don’t want it to slam or close too softly later on 😉
naujon schrieb:
The advantage of this solution is that the doors remain flush, without visible latches or knobsInteresting observation, but I’m a bit more critical on this. If the doors are truly meant to be flush, it requires very precise installation of the magnets and strike plates. In practice, this is often a considerable effort, especially with budget-friendly KALLAX furniture that comes with manufacturing tolerances.
Additionally, I wonder whether long-term material fatigue or shifts due to stress might affect the exact fit.
What also puzzles me is: what about the impact on electronic devices? Many users place electronics or small boxes inside the KALLAX – are there any concerns regarding magnetic fields?
I would appreciate well-founded assessments addressing this issue.
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