Neodymium, iron, boron
Sintered
Versatile range of shapes
Product
Record-level performance
Sintered NdFeB magnets are considered to be the strongest magnetic material currently available. They are also highly resistant to corrosion. Although the neodymium-iron-boron mixture contains rare earths, their use can be reduced through certain processes. A further advantage is achieving the highest possible performance with the smallest size and least weight.
Compact size, low weight
Highest magnetic performance
High corrosion resistance and magnetic stability
General
Sustainable and highly flexible
The sintering of NdFeB magnets offers a number of advantages compared to other production methods. During sintering, a fine grain structure is created, which results in improved magnetic alignment and higher magnetic properties. It also allows use under high temperatures without any loss of magnetic or mechanical performance. Sintered NdFeB magnets enable a wide range of applications: a strong magnet with exceptional properties. The rare earths of the NdFeB magnet can be recycled.
Chemical Resistance
Largely Resistant
Alcohols
Gasoline
Engine oil
Organic solvents
Conditionally Resistant
Uric acid < 10%
Not Resistant
Salts in aqueous solution
Acids and alkalis
Citric acid
PRODUCTION PROCESS
Sintered magnets
The combination of material mix, the latest stripcast technology, grain size, oxygen content control and grain boundary diffusion make the NdFeB magnet an outstanding magnet that outshines the others.
NOTE
By using the GBD process, the coercivity is significantly increased while at the same time reducing the amount of heavy rare earths. This protects the magnet from demagnetization. Depending on the application, restrictions may apply. We would be happy to advise you.
TECHNICAL DATA
A magnet with incredible performance.
What sintered NdFeB magnets can do.
NdFeB sintered
NdFeB sintered, corrosion stable
NdFeB sintered, corrosion & temperature stable
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