Arc-shaped samarium cobalt magnets arranged in a circle

Hangda / Samarium cobalt magnets

Samarium cobalt.
Engineered with precision.

SmCo magnetic materials and custom components for demanding industrial applications.

01 / Selected materials

One material. Different possibilities.

Choose the material around the working conditions. Shape the component around your design.

All products & grades

02 / Material & manufacture

From the alloy.
To the application.

Material development, component machining and magnetic inspection—connected in Suzhou.

Panoramic photograph of Hangda’s manufacturing workshop
Inside the Hangda workshop / Suzhou, ChinaSwipe or use arrow keys to explore the workshop.

A connected manufacturing process.

Composition, geometry and magnetic output are considered together. Hangda’s production route connects alloy preparation and heat treatment with machining, magnetization and inspection.

Established in 2019, with technical-team research roots dating to 2001. Review the supplied ISO 9001 certificate and its scope for supplier qualification.

Hangda magnetic-property testing equipment from company materials
Magnetic-property measurement

03 / Product examples

A closer look
at our components.

SmCo geometries and bespoke magnetic assemblies from the Hangda product collection.

Explore customization
Hangda slim smco segments

SmCo / Component geometry01

Slim SmCo segments

Elongated segments with flat faces and curved profiles, illustrating a range of custom component geometries.

Hangda cylindrical components

SmCo / Component geometry02

Cylindrical components

Compact cylindrical components in varied proportions, with clearly defined circular end faces.

Hangda arc-shaped smco blocks

SmCo / Component geometry03

Arc-shaped SmCo blocks

Thick curved blocks with distinct inner and outer radii, shown in a selection of segment profiles.

Hangda short cylindrical forms

SmCo / Component geometry04

Short cylindrical forms

Short cylindrical examples with contrasting end-face and sidewall finishes.

Hangda square-faced magnets

SmCo / Component geometry05

Square-faced magnets

Flat, square-faced components with substantial thickness and straight, defined edges.

Hangda open-ring profiles

SmCo / Component geometry06

Open-ring profiles

Thin, open-ring shapes demonstrate geometries beyond complete rings and rectangular blocks.

Hangda miniature smco components

SmCo / Component geometry07

Miniature SmCo components

Small discs and short cylinders, photographed with a coin to show their relative scale.

Hangda smco rods and tubes

SmCo / Component geometry08

SmCo rods and tubes

Elongated cylindrical forms and a hollow ring example show different approaches to round component geometry.

Hangda shaft-style assemblies

Magnetic assemblies09

Shaft-style assemblies

Elongated assemblies with stepped shaft ends, from Hangda’s bespoke magnetic product range.

04 / Application perspectives

The conditions
shape the choice.

Explore applications
Conceptual cutaway of a permanent-magnet motor and compact actuator
Motor and actuator application context
01

Motion, with a defined working point.

Motors and actuators combine thermal exposure, reverse field and a limited rotor envelope. Review grade, geometry and magnetization direction together.

Conceptual magnetic sensor housing, ring magnet and encoder board
Magnetic sensing application context
02

Stability, where the signal matters.

Precision sensing depends on field uniformity, temperature drift and the measurement position. Define the operating interval and calibration requirements.

05 / Engineering resources

Details for
the next decision.

Published data, original documents and practical guidance for your specification.

Start a conversation

Let’s shape
your next component.

Share your drawing, working conditions and material requirements.

Search Hangda

Product familiesGrade finderDownloads

Compare SmCo grades

Compare only properties measured at the same temperature. Each published test condition is shown separately.

Specification confirmation H-series maximum temperature differs between supplied documents: 350 °C in the grade table and 300 °C for XGS 35H in the English brochure. Request the current grade specification before design approval.

These are source-document values, not a signed application specification.

Discuss these grades

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