Product code: B-W25H25L25-N50
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This neodymium magnetic block has a length of 25mm, width of 25mm and a height of 25mm. It has a pull force of 39.54 kilos. It is identified by the AMF magnet part number B-W25H25L25-N50.
This is another example of a Neodymium Cube magnet from the extensive AMF range. Be sure to read the enclosed warning and observe the handling advice and instructions carefully in order to avoid personal injury. All Neodymium block magnets of this size or larger are inherently dangerous and need to be handled with great care.
Incredibly, this Neodymium block has the magnetic power to suspend weights of up to 40kg under certain conditions. It contains N50 Grade Neodymium material which is the second strongest grade available.
Unlike magnets with reduced height dimensions such as disc and rectangular magnets, Cube magnets or square magnets as they are also referred to, are generally too thick to be easily embedded in other surfaces or materials. This 25mm thick magnet is no exception.
A neo block of this size and strength is unlikely to be of use for domestic purposes or for hobbyists. Industrial strength magnets like this one are more commonly found in commercial enterprises and large scale processes that can include metal retrieval, water conditioning, medical science and research, mining and resource recovery, applications in the military and for the development and manufacture of motor vehicles.
Neodymium magnets are increasingly used in sophisticated detection and sensing devices and have become important components inside accurate and extremely reliable safety systems like vehicle ABS braking, alarms and communications equipment.
No FAQ available
The Pull Force listed for each magnet is based on lifting 10mm thick steel from a horizontal surface. Magnets on a vertical surface (of 10mm thick steel) are generally able to hold around only 30% of the pull force listed in the product description. This is due to the effects of gravity and the lack of friction between the surface and the shiny magnet. Read More
