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Nickel plating gives these magnets good corrosion resistance.
Cover these unfinished magnets with your choice of coating to prevent corrosion.
In addition to protecting magnets and mounting surfaces, a rubber coating gives these magnets a slip-resistant surface.
Even at temperatures up to 300° F, these magnets have strong holding power.
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.
Ceramic magnets resist demagnetization better than other magnets and are an economical choice. They resist temperatures up to 400° F.
Strong and compact, these rare earth magnets resist temperatures up to 570° 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.
Many small poles give these magnets shallower, more concentrated magnetic fields that hold especially well on thin material.
Alnico magnets aren't as strong as rare earth magnets, but they withstand the highest temperatures—up to 970° F.
Press these magnets into place, or use them like a tongue and groove to align components. The stepped profile allows you to install them without adhesives or screws.
A metal case protects the magnetic material.
A rubber cover protects the mounting surface as well as the magnet.
Ceramic magnets resist demagnetization better than other magnets and are an economical choice. They resist temperatures up to 480° F.
Alnico magnets resist temperatures up to 420° F.
A steel case concentrates and focuses the magnetic field. It also protects the magnetic material.
A rubber cover protects the magnet and mounting surface.
Ceramic magnets resist demagnetization better than other magnets and are an economical choice. They resist temperatures up to 140° F.
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.
To add a magnetic surface anywhere, install the mounting plate, then screw on the magnet.
A case protects the magnetic material.
A plastic case protects the mounting surface as well as the magnet.
Rare earth samarium-cobalt offers a balance of strength and temperature resistance.
Press these magnets into a drilled hole so they are flush against the surface.
These discs are made of corrosion-resistant ceramic and bonded with rubber for flexibility.
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.
Often used as inductors and transformers in electrical circuits, these cores generate a magnetic hold when magnet wire is wrapped over them and energized.
These magnets are bonded with epoxy resin, so they can be machined with carbide tooling.
Slide these magnets onto a rod or install with a bolt. They are bonded with epoxy resin, so they can be machined with carbide tooling.
Attach parts in the same place every time with these magnet pairs that center as they pull together.
These magnet pairs attract for a strong hold but repel when twisted for an easy release. Use them on doors, covers, and other parts that need to be repeatedly installed and removed.
These magnet pairs rotate into multiple positions to orient displays, sensors, and other devices. They have a firm hold at specific angles, but turn easily without detaching.