10 x 8 x 21mm thick N42 Neodymium Magnet - 4.5kg Pull

• Pack of 20.
• 10mm x 8mm x 21mm.
• +/-0.1mm tolerance.
• Each magnet's north and south pole are on opposite ends of the bar.
• Each magnet can support a steel weight of up to 4.5kg vertically from the magnetic face when in flush contact with a mild steel surface.
• Excellent resistance to demagnetisation.
• Coated with three layers of nickel, copper and nickel to reduce corrosion and provide a smooth finish.

These small Neodymium bar magnets are axially magnetised between the two 10mm x 8mm rectangular faces and provide a maximum pull of 4.5kg. Every magnet has a triple coating of nickel, copper and nickel again to prevent against corrosion. Our Neodymium magnets are commonly used in creative applications such as models and theatre design, furniture making, exhibition stands and packaging. They also have many uses in engineering and manufacturing where small size and maximum strength are required. What's more, because of their resistance to demagnetisation they are ideal for creating a shock-absorbing or damping effect when used to repel other magnets.

• Pack of 80.
• 10mm x 8mm x 21mm.
• +/-0.1mm tolerance.
• Each magnet's north and south pole are on opposite ends of the bar.
• Each magnet can support a steel weight of up to 4.5kg vertically from the magnetic face when in flush contact with a mild steel surface.
• Excellent resistance to demagnetisation.
• Coated with three layers of nickel, copper and nickel to reduce corrosion and provide a smooth finish.

These small Neodymium bar magnets are axially magnetised between the two 10mm x 8mm rectangular faces and provide a maximum pull of 4.5kg. Every magnet has a triple coating of nickel, copper and nickel again to prevent against corrosion. Our Neodymium magnets are commonly used in creative applications such as models and theatre design, furniture making, exhibition stands and packaging. They also have many uses in engineering and manufacturing where small size and maximum strength are required. What's more, because of their resistance to demagnetisation they are ideal for creating a shock-absorbing or damping effect when used to repel other magnets.