Alnico Deep Pot Holding System Zinc Plated Body w/ Threaded

Alnico Deep Pot Holding System Zinc Plated Body w/ Threaded Hole, Internal Threaded Mounting Pot Magnet & Deep Pot Magnet, AlNiCo Cylindrical Pot Magnet with inner thread, Magnetic Holding & Clamping System w/ female thread

Alnico Deep Pot Holding System Zinc Plated Body w/ Threaded Hole feature:
• Alnico 5 magnet material and mild steel pot
• 428°F 220° maximum operating temperature
• Ideal for clamping applications
• Easily mounted with screw or bolt fixing
• Zinc plated body
• Brass spacer
• Good corrosion resistance

Ideal for High Temperature and General Purpose clamping, holding and lifting applications
Zinc, Galvanized, Nickel or Chrome Plating and Coating
Alnico Deep Pot Magnets are easily demagnetized and re-magnetized and do not corrode. They are made by casting aluminum, cobalt and nickel with iron and other metals to enhance their grade’s specific properties. These magnets can be made into different shapes and produce highly magnetic fields in certain configurations. These corrosion-resistant magnets can be plated with a variety of metals or coated with red enamel or paint. Natural or painted finish available. Hook is available.

Internal Threaded Mounting Pot Magnet & Deep Pot Magnet
The internal threaded mounting pot magnet is also known as an internal threaded pot magnet. Deeper or taller versions of the internal threaded mounting pot magnet are sometimes also known as Deep Pot Magnets, although this is rather a loose terminology. The internal threaded mounting pot magnet is a pot magnet that has a threaded hole in the centre of the ferromagnetic mild steel cup and a solid disc magnet inserted inside the cup. The threaded section does not go all the way through the pot magnet – it is only within the mild steel cup section. Flat AlNiCo Cylindrical Pot Magnets Steel Body with Fitting Tolerance H6

Deep Pot Magnet Perfect for Clamping Applications
The internal threaded mounting pot magnet or deep pot magnet are very popular in clamping applications because you can simply bolt them onto your assembly. The larger units provide very powerful clamping forces, with the mild steel outer cup providing protection and mechanical strength to the pot magnet and inner magnet. Because the mild steel is threaded, reasonably high torque can be applied to securely hold the pot magnet in place.