Our Compound Development Team is highly skilled in developing additive technologies to protect MQP™ powders, MQEP™ compounds, and MQ1™ magnets against corrosion and oxidation and to enhance specific properties of the magnets.
This team of scientists also collaborates directly with both magnet manufacturers and magnet users to ensure MQ1™ magnets can withstand the harshest environments, whether they are caused by rotational speeds of over 100,000RPM, prolonged exposure to elevated temperatures, or (exposure) to caustic media, such as fuel, water, or salt.
Our technologies and our ability to develop bespoke binders enable:
- Thinner/Taller ring magnets
- Higher Br (due to higher magnet density)
- Tighter magnet tolerances
- Improved mechanical strength at faster motor rotation speeds