
Continuous-Duty Magnetic Design
Magnetic output and demagnetization margin are reviewed against sustained cooling loads and efficiency targets.
Application.
YX Magnetic supplies custom magnets for fan and pump motors used in data center air-cooling and liquid-cooling equipment.
Application.
Cooling fans and pumps face continuous duty, variable-speed operation, heat buildup and changing airflow or coolant demand.

Magnetic output and demagnetization margin are reviewed against sustained cooling loads and efficiency targets.

Pole strength and magnetization angle are controlled as inputs to variable-speed response.

Magnet geometry, placement and magnetization are reviewed as inputs to fan or pump rotor behavior.

Material selection accounts for magnet temperature, enclosed motor housings, duty cycle and cooling path.

Inspection verifies magnetization, dimensions and assembly-critical features across production.
Application.
Custom arc, ring and segmented geometries for compact fan and pump motor rotors.
Application.
Define cooling duty, motor topology, magnet geometry and assembly details for engineering review.
| Design Factor | Common Options |
|---|---|
| Cooling System | Air cooling, liquid cooling, rack, room or facility-level equipment |
| Tolerance & Assembly | Drawing-based control, balancing, bonding, rotor kits and samples |
| Surface Protection | Coating or passivation selected for humidity, coolant compatibility and the operating environment |
| Operating Conditions | Continuous duty, speed range, magnet temperature, airflow or coolant conditions |
| Magnetization | Axial, radial, diametrical or multipole magnetization for the cooling motor architecture |
| Magnet Shape | Arc segment, multipole ring, segmented ring, block, custom geometry |
| Motor Topology | EC, BLDC, PMSM, inner rotor, outer rotor, axial or radial flux |

Send the fan or pump layout, speed range, load profile and magnet temperature for engineering review.
Application.
Custom motor magnets for air cooling, liquid cooling and data center thermal-management equipment.
Application.
We translate cooling duty, motor topology and operating conditions into a manufacturable magnet specification.
We review airflow or coolant demand, speed range, duty cycle and available space.
We align material, pole layout, geometry, air gap and rotor interfaces.
We supply samples and available inspection data for fit, rotor review and customer cooling-system validation.
We inspect specified dimensions, magnetic output, magnetization, surface condition and traceability.

Share the motor drawing, cooling duty and operating conditions. We will review the magnet configuration and manufacturing approach.