N35 9x2mm Neodymium Disc Magnets Diametrically Magnetized Zinc Coated 2mm Thick radial magnets for sale (9 x 2 mm)
- Pack of 20
- 9mm diameter x 2mm thick
- +/-0.05mm tolerance
- Each magnet’s north and south pole are on opposite curved sides
- Excellent resistance to demagnetisation
- Coated with three layers of nickel, copper and nickel to reduce corrosion and provide a smooth finish
Unusually, diametrically magnetised magnets are not designed to hold the maximum possible weight for the size of the magnet but instead are used to provide rotational movement. A diametrically magnetised magnet is magnetised across its diameter so that the north pole in on one curved side and the south pole is on the opposite curved side. Diametrically magnetised magnets are used on the end of shafts to provide drive. They can also be used to produce a magnetic rack and pinion system by using a line of North and South in alternating polarities. It is also possible to use diametrically magnetised magnets for reed switch applications.
Circular Face: 9mm dia
Thickness: 2mm
Grade: N35
Plating: Zince Coated ( ZN)
Material: NdFeB, NEO
Max Operating Temp: 176ºF (80ºC)
Fixing: Araldite/Loctite
Neodymium disc magnets are used in thousands of assemblies and products. These high performance magnets can be easily fixed into position using adhesive or pushed into holes and grooves in wood or plastic. Neodymium disc magnets are commonly found in point of sale display units, stationery folders, scale models and industrial applications. Neodymium disc magnets are truly versatile and are used as widely in homemade arts and crafts as they are in high-end technology and engineering applications. Neodymium magnets attract each other with almost twice the force that they use to attract steel objects. They also attract each other through very large distances, even small magnets will attract each other through the thickness of your finger.
Verified Customer – :
Very strong for its size. I used this magnet in a craft project and it was exactly what I needed.