Phoenix Wall
Mind Gallery
Start Your Project
How Our Neodymium Magnetic Frames Actually Work
TechnologyOctober 2024 · 3 min read

How Our Neodymium Magnetic Frames Actually Work

Neodymium magnets — also called rare-earth magnets — are the strongest type of permanent magnets available. A single N42-grade neodymium magnet the size of a coin can lift several kilograms.

Magnetic modular art frame attached instantly by an individual onto an office wall
With magnetic calibration taking entirely over the alignment, modules can be swapped indiscriminately by solitary office personnel simply by pushing and pulling

The Phoenix Wall magnetic system

Each Phoenix Wall frame uses an array of N42 neodymium magnets embedded in the rear of the aluminium extrusion. The corresponding mounting rail on the wall has a steel inlay that the magnets lock onto with considerable force.

The magnetic connection supports up to 8kg per panel — more than sufficient for a fully loaded acoustic frame. The connection is strong enough to hold securely, but directional enough to release cleanly with a sideways sliding motion.

"Eight kilograms of holding force. Released in under three seconds. No tools."

Safety and building regulations

Phoenix Wall mounting systems are tested and certified for use in residential, commercial, and hospitality environments. Panels are tested to 3x their rated load. The magnetic system does not affect electronic devices at normal distances (>10cm).

Close up on the anodized hardware profile depicting the internal neodymium housing slots that hide safely away from the casual viewer
Rare-earth magnets fully embedded to eliminate exterior interference and ensure uninterrupted connectivity

For pacemaker users and other medical device wearers, standard precautions apply — consult your device manufacturer. The magnets are fully encased in the aluminium profile and cannot be accessed without disassembling the frame.

Ready to transform
your space?

Join the architects and designers building with Phoenix Wall.

Start Your Project →See Our Work