
Magnetic Output & Air Gap
Magnet grade and geometry are reviewed against air-gap flux, rotor diameter and the generator operating point.
Application.
YX Magnetic supplies custom rotor magnets, magnet segments and pole assemblies for permanent magnet wind turbine generators.
Application.
Wind-generator rotors combine large magnetic circuits, changing loads, thermal cycles, vibration and demanding assembly conditions.

Magnet grade and geometry are reviewed against air-gap flux, rotor diameter and the generator operating point.

Material selection accounts for magnet temperature, load variation and demagnetizing fields.

Flux, pole strength and magnetization angle are inspected to support repeatable generator input.

Geometry, adhesive gaps and mechanical retention are defined around rotor interfaces and centrifugal load.

Coating selection accounts for humidity, salt exposure, temperature cycling and the assembly process.
Application.
Custom segments, blocks and pole assemblies for permanent-magnet generator architectures.
Application.
Share generator architecture, rotor diameter, speed, temperature and assembly inputs for engineering review.
| Design Factor | Common Options |
|---|---|
| Generator Architecture | Direct drive, geared PMSG, inner or outer rotor, radial or axial flux |
| Assembly & Samples | Bonding, carriers, pole assemblies, samples and validation needs |
| Surface Protection | Ni-Cu-Ni, zinc, epoxy, Parylene or project-specific surface protection |
| Dimensional Control | Drawing-based size, position, air gap, adhesive gap and rotor interface |
| Operating Conditions | Rotor speed, magnet temperature, load profile, humidity and salt exposure |
| Magnetization | Radial, axial, parallel or drawing-defined direction |
| Magnet Format | Arc segment, block, laminated segment, pole assembly or custom geometry |

Send the rotor layout, magnetic targets, operating conditions and assembly concept for engineering review.
Application.
Custom magnets and pole assemblies for permanent-magnet wind generator platforms.
Application.
We translate generator architecture, magnetic targets and rotor interfaces into a manufacturable magnet specification.
We review generator topology, rotor diameter, speed, load profile and operating environment.
We define material, geometry, magnetization, coating, air gap and retention requirements.
We supply samples and inspection data for customer generator and rotor validation.
We inspect dimensions, magnetic output, magnetization, coating and assembly-critical features.

Share the rotor drawing, magnetic targets and operating conditions. We will review the magnet configuration and manufacturing approach.