
The magnet system that the magnet encased in a cylindrical housing is known as a deep pot magnet. Different from shallow pot magnets, the height size is larger than the diameter size. The cylindrical housing is usually made of galvanized steel or copper-zinc alloy and brass. The magnet system can be bonded, pressed in, or retracted. When you buy our deep pot magnet, you can choose different types, such as deep pot magnets with threaded holes and externally threaded studs, you can also choose different materials, neodymium, samarium, and Alnico deep pot magnets.

The magnetic core of the peep pot magnet holder include neodymium (NdFeB), samarium cobalt (SmCo) or aluminum nickel cobalt (alnico). Depending on the material used, the deep pot magnet has different clamping force and responds differently to high temperature requirements. Neodymium deep pot magnet has the strongest holding force
On the other hand, AlNiCo deep pot magnets have good adhesion, but they can't compare with neodymium deep pot magnet holders in this regard. Samarium cobalt deep pot magnet is located in the force development between the other two magnet systems. However, in terms of temperature resistance, the opposite is true. AlNiCo has the highest heat resistance and neodymium has the lowest heat resistance.
Different type deep pot magnet reaches the following maximum operating temperature: NdFeB 80 °C / SmCo 250 ° C / alnico 450 ° C.

The deep pot magnet system can also be used as a practical auxiliary equipment for attaching or fixing objects in the private sector. However, the deep pot magnet system is optimized for industrial magnets, preferably for mechanical engineering or tool manufacturing.
Deep pot magnets can be used in the following places
Workshops
Industry
Semiconductor Technology
Warehousing
Office
School
Research