Nickel plating gives these magnets good corrosion resistance.

In addition to protecting magnets and mounting surfaces, a rubber coating gives these magnets a slip-resistant surface.

Many small poles give these magnets shallower, more concentrated magnetic fields that hold especially well on thin material. They resist temperatures up to 180° F.

Made of neodymium, these rare earth magnets are the strongest for their size. Slide onto a rod or use a bolt or screw to install.

Alnico magnets aren't as strong as rare earth magnets, but they withstand the highest temperatures—up to 970° F.

Ceramic magnets resist demagnetization better than other magnets and are an economical choice. They resist temperatures up to 480° F.

A rubber cover protects the mounting surface as well as the magnet.

Alnico magnets resist temperatures up to 420° F.

A rubber cover protects the magnet and mounting surface.

A rubber cover protects the mounting surface as well as the magnet.

These ceramic magnets resist demagnetization better than other magnets, and have a metal case to protect the magnetic material. They resist temperatures up to 175° or 245° F.

A case protects the magnetic material.

Rare earth samarium-cobalt offers a balance of strength and temperature resistance.

Use mounting holes to install these magnets where they are needed; switch them on and off with the handle.

These magnets are made of corrosion-resistant ceramic and bonded with rubber for flexibility.

Unlike other flexible magnets, these resist demagnetizing at temps up to 250° F.

These magnets are bonded with epoxy resin, so they can be machined with carbide tooling.

Position the face of these magnets in direct contact with a flat metal surface and turn on the power to create a magnetic hold.

Plug in these electromagnets to create a magnetic hold. A transformer in the plug converts power from AC to DC, so no additional wiring or power source is needed.