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19.1 mm dia x 6.4mm thick N42 Neodymium Magnet with 9.5mm hole - 8.1kg Pull

code: D-SP199564

High-performance neodymium (N42) ring magnet with north and south poles on opposing circular faces.

1. Select Pack Size
Pack Qty Pack Price Unit Price

1. Select Pack Size

19.1mm (3/4
19.1mm (3/4") dia x 6.4mm (1/4") thick N42 Neodymium Magnet with 9.5mm (3/8") hole - 8.1kg Pull ( Pack of 1 )

High-performance neodymium (N42) ring magnet with north and south poles on opposing circular faces.

  • 19.1mm outer diameter x 9.5mm inner diameter x 6.4mm thick
  • Each magnet's north and south pole are on opposite circular faces
  • Excellent resistance to demagnetisation
  • Each magnet is coated with three layers of nickel, copper and nickel to improve corrosion resistance and provide a smooth and clean finish

These versatile high-performance ring magnets, with north and south poles on opposing circular faces, have many uses. They are used in many everyday appliances such as vacuum cleaners plus motors, generators, rotor shafts and more. They can even be used to demonstrate intriguing 'eddy currents' using a 9mm copper pipe. Simply slide the ring over the pipe and let it slide down its length and watch it slowly descend as the eddy currents produced create a damping effect. Compare this with an unmagnetised ring of the same dimension by repeating and watch as the unmagnetised ring slides down the pipe in an instant. A great way to bring magnets to life in the classroom.

£1.46 £1.46 each

1. Select Pack Size

19.1mm (3/4
19.1mm (3/4") dia x 6.4mm (1/4") thick N42 Neodymium Magnet with 9.5mm (3/8") hole - 8.1kg Pull ( Pack of 10 )

High-performance neodymium (N42) ring magnet with north and south poles on opposing circular faces.

  • Pack of 10
  • 19.1mm outer diameter x 9.5mm inner diameter x 6.4mm thick
  • Each magnet's north and south pole are on opposite circular faces
  • Excellent resistance to demagnetisation
  • Each magnet is coated with three layers of nickel, copper and nickel to improve corrosion resistance and provide a smooth and clean finish

These versatile high-performance ring magnets, with north and south poles on opposing circular faces, have many uses. They are used in many everyday appliances such as vacuum cleaners plus motors, generators, rotor shafts and more. They can even be used to demonstrate intriguing 'eddy currents' using a 9mm copper pipe. Simply slide the ring over the pipe and let it slide down its length and watch it slowly descend as the eddy currents produced create a damping effect. Compare this with an unmagnetised ring of the same dimension by repeating and watch as the unmagnetised ring slides down the pipe in an instant. A great way to bring magnets to life in the classroom.

£13.60 £1.36 each

1. Select Pack Size

19.1mm (3/4
19.1mm (3/4") dia x 6.4mm (1/4") thick N42 Neodymium Magnet with 9.5mm (3/8") hole - 8.1kg Pull ( Pack of 20 )

High-performance neodymium (N42) ring magnet with north and south poles on opposing circular faces.

  • Pack of 20
  • 19.1mm outer diameter x 9.5mm inner diameter x 6.4mm thick
  • Each magnet's north and south pole are on opposite circular faces
  • Excellent resistance to demagnetisation
  • Each magnet is coated with three layers of nickel, copper and nickel to improve corrosion resistance and provide a smooth and clean finish

These versatile high-performance ring magnets, with north and south poles on opposing circular faces, have many uses. They are used in many everyday appliances such as vacuum cleaners plus motors, generators, rotor shafts and more. They can even be used to demonstrate intriguing 'eddy currents' using a 9mm copper pipe. Simply slide the ring over the pipe and let it slide down its length and watch it slowly descend as the eddy currents produced create a damping effect. Compare this with an unmagnetised ring of the same dimension by repeating and watch as the unmagnetised ring slides down the pipe in an instant. A great way to bring magnets to life in the classroom.

£25.13 £1.26 each

1. Select Pack Size

19.1mm (3/4
19.1mm (3/4") dia x 6.4mm (1/4") thick N42 Neodymium Magnet with 9.5mm (3/8") hole - 8.1kg Pull ( Pack of 40 )

High-performance neodymium (N42) ring magnet with north and south poles on opposing circular faces.

  • Pack of 40
  • 19.1mm outer diameter x 9.5mm inner diameter x 6.4mm thick
  • Each magnet's north and south pole are on opposite circular faces
  • Excellent resistance to demagnetisation
  • Each magnet is coated with three layers of nickel, copper and nickel to improve corrosion resistance and provide a smooth and clean finish

These versatile high-performance ring magnets, with north and south poles on opposing circular faces, have many uses. They are used in many everyday appliances such as vacuum cleaners plus motors, generators, rotor shafts and more. They can even be used to demonstrate intriguing 'eddy currents' using a 9mm copper pipe. Simply slide the ring over the pipe and let it slide down its length and watch it slowly descend as the eddy currents produced create a damping effect. Compare this with an unmagnetised ring of the same dimension by repeating and watch as the unmagnetised ring slides down the pipe in an instant. A great way to bring magnets to life in the classroom.

£46.14 £1.15 each
Higher Quantities? Contact us today for volume pricing.
Item in Stock  |  Same Day Dispatch Before 4pm (Mon - Fri)
£1.46
  • 19.1mm outer diameter x 9.5mm inner diameter x 6.4mm thick
  • Each magnet's north and south pole are on opposite circular faces
  • Excellent resistance to demagnetisation
  • Each magnet is coated with three layers of nickel, copper and nickel to improve corrosion resistance and provide a smooth and clean finish

These versatile high-performance ring magnets, with north and south poles on opposing circular faces, have many uses. They are used in many everyday appliances such as vacuum cleaners plus motors, generators, rotor shafts and more. They can even be used to demonstrate intriguing 'eddy currents' using a 9mm copper pipe. Simply slide the ring over the pipe and let it slide down its length and watch it slowly descend as the eddy currents produced create a damping effect. Compare this with an unmagnetised ring of the same dimension by repeating and watch as the unmagnetised ring slides down the pipe in an instant. A great way to bring magnets to life in the classroom.

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