Wondering which Magnetic Materials suit your need? You can read the following Magnet Properties Introduction, if you have any further inquiry or quotation, please don't hestitate to contact us at anytime!!

- Produced by powder metallurgical method
- Relatively Brittle & Hard
- Good Resistance to demagnetization
- Excellent Corrosion Resistance
- Good Temperature Stability
- Raw material is readily available & low in cost
- Most widely used Permanent Magnets

- Made of bonded ferrite magnet powder, compound rubber & other materials
- By extruding, rolling or injecting, the combination can be made into soft, plastic and flexible magnets with different shapes, such as strip, coil, sheet, and other complicated shapes.
- Widely used in micromotor, fridge, disinfecting cupboard, toys, promotion advertising and etc.
- Good Demagnetization resistance & Reasonable resistance to chemical agents. Material is readily available & low in cost.

- A kind of Rare Earth Magnets, made by bonded, injected, & sintered method
- Bonded NdFeB, High Precision, Excellent Magnetic Properties, Stable Working Temperature & Good Corrosion-Resistance
- Injected NdFeB, High Precision, High Acceptable rate of products & Easily form the Anisotropic super-thin ring or block magnets
- Sintered NdFeB, Very Brittle & Hard, High Resistance to Demagnetization, Excellent cost to performance Ratio, Reasonable Temperature Stability, & Not Suitable for applications which exposed in high temperature conditions

- Made by Casting or Powder metallurgical methods
- Very hard & brittle
- Poor Demagnetization Resistance
- Produce good flux density at an reasonable cost
- Outstanding Thermal Stability

- Made by powder metallurgical method
- Extremely Hard & Brittle
- High demagnetization resistance
- Limited raw material supply, high in cost
- Outstanding thermal stability
- Excellent Anti-Corrosion Properties