Superior Performance • Lighter Weight
Smaller Footprint • No Power Necessary
Superior Performance
Lighter Weight
Smaller Footprint
No Power Necessary
ALFRA Magnet Systems
Featuring MAGLOGIX® Technology
The MAGLOGIX® patented, switchable, permanent magnet generates a very compact magnetic field that develops superior adhesive force, particularly on thin materials from 2mm to 12mm (.080" to 1/2") thick. While our new magnetic technology provides incredible thin metal adhesion, it also provides superior performance on thicker metals. MAGLOGIX® technology provides far superior holding power, weighs less, and has a much smaller footprint compared to other switchable magnet technology. Perhaps best of all, it requires no power to operate, making it the obvious choice for attaching devices to ferrous metal surfaces quickly and securely, even in remote areas where no power is available. Simply put, MAGLOGIX® switchable magnets not only outperform all other switchable magnets, but also most electro magnets!
MagLogix® Technology Part 1
MagLogix® Technology Part 2
MagLogix® Technology Part 3
MagLogix® Technology Part 4The MagLogix® Advantage By the Numbers
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2.5 - MAGLOGIX® has a magnet that is only 2.5" in diameter, less than 1" tall yet has a breakaway strength of over 800 lbs on 3/8" thick steel and over 750 lbs on 1/4".
- 3 - MAGLOGIX® magnets are typically 3 times smaller than similarly rated magnets.
- 4 - A MAGLOGIX® 4 lb magnet grips with 1600 lbs of force on steel that is only 3/8" thick. Our competition need a 122 lb magnet and a minimum of 1/2" thick steel to do the same adhesion.
- 10 - MAGLOGIX® magnets typically lift up to 10 times more weight than larger lifting magnets and electromagnets when tested on material of a type and thickness for which it would commonly be used.
- 150 - Typical magnets are able to grip with up to 55 psi. MAGLOGIX® magnets can achieve over 150 psi and do so on thinner, more commonly used, steel plate. This results in greater shear force (sliding) performance as well.
- 500 - MAGLOGIX® has magnet models that can hold in excess of 500 times their own weight, which is a power to weight ratio never before seen in lifting magnets. Many competitive magnets cannot manage better than 100:1, and most cannot manage better than 20:1 on the most commonly lifted thickness of steel plate (1/4-1/2”).