Rare Earth

Rare earth magnets are used because of their high strength-to-weight properties.

WARNING: Maximum pull pounds are approximate and were attained using laboratory conditions. Size, shape, temperature, condition and finish will affect the actual pull force. Machining and grinding of any pressure formed magnet is not recommended. Never use for lifting over people.

All Neodymium-Iron-Boron plugs are nickel plated to protect the brittle magnet material and avoid corrosion. They are commonly used in miniature applications such as linear actuators, sensing applications, gyroscopes, flow meters, recording devices, pacemakers, and alternators. Temperature range is -100 degrees to +180 degrees F (-73 degrees to 93 degrees c) unless noted. All measurements are in inches and tolerances are +/-.005. Different shapes (rectangles, rings), sizes, high-temperature, non-coated, and higher strengths are available as special order. Please call for price and delivery.

All Neodymium-Iron-Boron plugs are nickel plated to protect the brittle magnet material and avoid corrosion. They are commonly used in miniature applications such as linear actuators, sensing applications, gyroscopes, flow meters, recording devices, pacemakers, and alternators. Temperature range is -100 degrees to +180 degrees F (-73 degrees to 93 degrees c) unless noted. All measurements are in inches and tolerances are +/-.005. Different shapes (rectangles, rings), sizes, high-temperature, non-coated, and higher strengths are available as special order. Please call for price and delivery.

Rare earth magnets are used because of their high strength-to-weight properties.
-The insulator prevents loss of magnetic flux when inserted into steel components or fixtures
-Shielded magnets supply holding force in limited areas of steel tools, dies and fixtures

Rare earth magnets are used because of their high strength-to-weight properties.
-Extremely powerful and compact
-Heat resistant up to 200F (94C)
-Parallel pole encased in a non-magnetic cup

Rare earth magnets are used because of their high strength-to-weight properties.
-Extremely powerful and compact
-Encased in a durable steel cup
-Heat resistant up to 200 degrees F (94 degrees C)
-Ideal for shallow fixtures

Rare earth magnets are used because of their high strength-to-weight properties.
-Ideal for fixturing applications
-Very powerful and compact design
-Parallel pole encased in a non-magnetic cup
-Heat resistant up to 200F (94C)