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Vendor:Jobmaster Magnets CanadaNEO40NI.375DX.125CS4 Neodymium 40 Countersink Style Disc
Regular price $0.95Sale price $0.95 Regular priceUnit price per -
Vendor:Jobmaster Magnets CanadaNEO40NI.500DX.125CS6 Neodymium 40 Countersink Style Disc
Regular price $1.57Sale price $1.57 Regular priceUnit price per -
Vendor:Jobmaster Magnets CanadaNEO40NI.500DX.250CS6 Neodymium 40 Countersink Style Disc
Regular price $3.02Sale price $3.02 Regular priceUnit price per -
Vendor:Jobmaster Magnets Canada
NEO40NI.625DX.125CS6 Neodymium 40 Countersink Style Disc
Regular price $2.41Sale price $2.41 Regular priceUnit price per -
Vendor:Jobmaster Magnets CanadaNEO40NI.750DX.125CS8-Neodymium 40 Countersink Style Disc
Regular price $3.41Sale price $3.41 Regular priceUnit price per -
Vendor:Jobmaster Magnets CanadaNEO40NI.750DX.250CS8 Neodymium 40 Countersink Style Disc
Regular price $6.15Sale price $6.15 Regular priceUnit price per -
Vendor:Jobmaster Magnets CanadaNEO40NI1.00DX.125CS8 Neodymium 40 Countersink Style Disc
Regular price $6.15Sale price $6.15 Regular priceUnit price per -
Vendor:Jobmaster Magnets CanadaNEO40NI1.00DX.250CS10 Neodymium 40 Countersink Style Disc
Regular price $8.39Sale price $8.39 Regular priceUnit price per
Why choose rare earth magnets?
Rare earth magnets are commonly selected when high magnetic strength is needed from a relatively compact magnet. Their performance makes them useful across manufacturing, motors, electronics, automation, sensors and specialist industrial applications.
We offer neodymium magnets and samarium cobalt magnets, so you can choose the material best suited to your required strength, temperature range and operating environment.
Popular applications for rare earth magnets
Rare earth magnets are commonly used in:
● Motors and electrical equipment
● Industrial automation and manufacturing
● Sensors and instrumentation
● Magnetic holding and assembly systems
● Electronics and specialist equipment
How to choose a rare earth magnet
When choosing a rare earth magnet, consider the grade, coating and operating temperature required for your application.
Grade
Magnet grade indicates the magnetic performance of a rare earth magnet, but grading differs between neodymium and samarium cobalt materials. Higher-performance grades can provide more magnetic force from a similar-sized magnet, so compare the individual product specifications against the strength and space requirements of your application.
Coating
Neodymium magnets generally require a protective coating because they are susceptible to corrosion. Samarium cobalt is naturally more corrosion-resistant, so coating requirements differ by material and application.
Temperature
Neodymium offers exceptional magnetic strength but is generally more sensitive to heat, while samarium cobalt offers greater temperature stability. Suitability depends on the specific magnet and operating conditions, so check the product specifications where temperature is a factor.
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