Change VAT
0845 519 4701 sales@magnetexpert.com

8mm dia x 4mm thick Y10 Ferrite Magnets - 0.084kg Pull

code:n/a

These small ferrite disc magnets are magnetised with their north and south poles on opposite flat faces. Each magnet will hold up to 0.084kg in a vertical position against a steel surface.

1. select Pack Size
Pack Qty Pack Price Unit Price
Close

1. Select Pack Size

8mm dia x 4mm thick Y10 Ferrite Magnets - 0.084kg Pull (Pack of 20)
8mm dia x 4mm thick Y10 Ferrite Magnets - 0.084kg Pull (Pack of 20)
These small ferrite disc magnets are magnetised with their north and south poles on opposite flat faces. Each magnet will hold up to 0.084kg in a vertical position against a steel surface.
  • Pack of 20.
  • 8mm diameter x 4mm thick.
  • Each magnets north and south pole are on opposite 8mm diameter faces.
  • Each magnets north pole is identified with a dimple.
  • Resistant to demagnetisation without any extra coating.
  • Maintains magnetism in temperatures up to 180 degrees Celsius.

Also known as ceramic magnets, ferrite magnets offer excellent value for money when pull strength is not the most important factor. These magnets are made from a high-temperature material which can operate in temperatures up to 180 degrees Celsius. Because these magnets are weakly magnetised they are not suitable for weight-bearing applications, but instead are commonly used in sensors and other similar applications. Because these magnets are magnetised with their poles on opposite faces, they produce a deeper magnetic field than similar magnets magnetised with a striped polarity.

 £2.00 £0.10 each
Close

1. Select Pack Size

8mm dia x 4mm thick Y10 Ferrite Magnets - 0.084kg Pull (Pack of 200)
8mm dia x 4mm thick Y10 Ferrite Magnets - 0.084kg Pull (Pack of 200)
These small ferrite disc magnets are magnetised with their north and south poles on opposite flat faces. Each magnet will hold up to 0.084kg in a vertical position against a steel surface.
  • Pack of 200.
  • 8mm diameter x 4mm thick.
  • Each magnets north and south pole are on opposite 8mm diameter faces.
  • Each magnets north pole is identified with a dimple.
  • Resistant to demagnetisation without any extra coating.
  • Maintains magnetism in temperatures up to 180 degrees Celsius.

Also known as ceramic magnets, ferrite magnets offer excellent value for money when pull strength is not the most important factor. These magnets are made from a high-temperature material which can operate in temperatures up to 180 degrees Celsius. Because these magnets are weakly magnetised they are not suitable for weight-bearing applications, but instead are commonly used in sensors and other similar applications. Because these magnets are magnetised with their poles on opposite faces, they produce a deeper magnetic field than similar magnets magnetised with a striped polarity.

 £14.00 £0.07 each
Close

1. Select Pack Size

8mm dia x 4mm thick Y10 Ferrite Magnets - 0.084kg Pull (Pack of 400)
8mm dia x 4mm thick Y10 Ferrite Magnets - 0.084kg Pull (Pack of 400)
These small ferrite disc magnets are magnetised with their north and south poles on opposite flat faces. Each magnet will hold up to 0.084kg in a vertical position against a steel surface.
  • Pack of 400.
  • 8mm diameter x 4mm thick.
  • Each magnets north and south pole are on opposite 8mm diameter faces.
  • Each magnets north pole is identified with a dimple.
  • Resistant to demagnetisation without any extra coating.
  • Maintains magnetism in temperatures up to 180 degrees Celsius.

Also known as ceramic magnets, ferrite magnets offer excellent value for money when pull strength is not the most important factor. These magnets are made from a high-temperature material which can operate in temperatures up to 180 degrees Celsius. Because these magnets are weakly magnetised they are not suitable for weight-bearing applications, but instead are commonly used in sensors and other similar applications. Because these magnets are magnetised with their poles on opposite faces, they produce a deeper magnetic field than similar magnets magnetised with a striped polarity.

 £24.00 £0.06 each
Close

1. Select Pack Size

8mm dia x 4mm thick Y10 Ferrite Magnets - 0.084kg Pull (Pack of 800)
8mm dia x 4mm thick Y10 Ferrite Magnets - 0.084kg Pull (Pack of 800)
These small ferrite disc magnets are magnetised with their north and south poles on opposite flat faces. Each magnet will hold up to 0.084kg in a vertical position against a steel surface.
  • Pack of 800.
  • 8mm diameter x 4mm thick.
  • Each magnets north and south pole are on opposite 8mm diameter faces.
  • Each magnets north pole is identified with a dimple.
  • Resistant to demagnetisation without any extra coating.
  • Maintains magnetism in temperatures up to 180 degrees Celsius.

Also known as ceramic magnets, ferrite magnets offer excellent value for money when pull strength is not the most important factor. These magnets are made from a high-temperature material which can operate in temperatures up to 180 degrees Celsius. Because these magnets are weakly magnetised they are not suitable for weight-bearing applications, but instead are commonly used in sensors and other similar applications. Because these magnets are magnetised with their poles on opposite faces, they produce a deeper magnetic field than similar magnets magnetised with a striped polarity.

 £40.00 £0.05 each
Higher Quantities? Contact us today for volume pricing.
£2.00
Item in Stock  |  Same day dispatch when ordered before 4pm (Mon - Fri)
  • 8mm diameter x 4mm thick
  • Each magnet’s north and south pole are on opposite 8mm diameter faces
  • Each magnet’s north pole is identified with a dimple
  • Resistant to demagnetisation without any extra coating
  • Maintains magnetism in temperatures up to 180 degrees Celsius

Also known as ceramic magnets, ferrite magnets offer excellent value for money when pull strength is not the most important factor. These magnets are made from a high-temperature material which can operate in temperatures up to 180 degrees Celsius. Because these magnets are weakly magnetised they are not suitable for weight-bearing applications, but instead are commonly used in sensors and other similar applications. Because these magnets are magnetised with their poles on opposite faces, they produce a deeper magnetic field than similar magnets magnetised with a striped polarity.