Material-selection and RFQ guides

Select around the working point

Begin with the required field, flux or magnetic output in your system, then define component geometry and operating temperature. Review reverse-field exposure and the magnetic load line with your engineering team.

1. Define continuous and peak magnet temperature, including exposure time and thermal cycling.
2. Specify the required magnetic output and its measurement position or method.
3. Provide the drawing, magnetization direction and relevant mechanical constraints.
4. Compare documented grades at the same test temperature.
5. Confirm the current specification and agree prototype validation before design approval.

Keep temperature conditions explicit

The supplied table gives XGS 26-T550 at 23–26 MGOe at 20 °C and 9–11 MGOe at 550 °C. These describe different measurement conditions. Do not use room-temperature energy product as a guaranteed hot-circuit result.

The H-series table lists 350 °C, while the English XGS 35H brochure lists 300 °C. Specification confirmation Obtain the applicable signed specification. Geometry, reverse field and exposure can limit the actual operating envelope.

For temperature-compensated grades, the supplied coefficient magnitude is 0.01%/°C. Confirm its sign and test interval; no new temperature curve is inferred here.

A complete RFQ checklist

• Company, business contact and destination country/region
• Application, project stage and preferred grade or performance requirement
• Drawing number, revision, dimensions and tolerances
• Magnetization direction and assembly requirements
• Quantity, target schedule and operating conditions
• Required inspection records and acceptance criteria
• Authorized drawings attached to the email

This guidance is a discussion framework, not a certified datasheet or application qualification.