SmCo magnets has the highest temperature of 350℃, it has high magnetic properties,excellent temperature characteristic and corrosion resistance.It is widely used in aerospace, electronic instruments, magnetic pumps, high temperature lamps, sensors andother fields. And it can be produced in different shapes(round, square, ring, tile, bread), different properties (SmCo5 and Sm2Co17)

Different sizes: (Wafer diameter1≤R≤100mm,Square≤130mm)

Shape:	Ring, Disk, Cube, Loaf, Segment,custom
Process:	Melting, Crushing, Milling, Machining, Sintering, Pressing, Alignment in Magnetic Fisld, Magnetizing.
Core Technologies:	Composition Controlling Technologies Powder Controlling Technologies Mold Design Technologies Crystal particles Ailgnment Technologies Applied magnetic Technologies Magnetization Technologies
Inspection procedure:	Raw material inspection Granularity inspection Green compact inspection Roughcast inspection Magnetic property inspection Dimensions inspection

Mianyang Hengxin Magnetic Materials Co., Ltd. was founded in 1999, specializing in the manufacture and development of sintered samarium cobalt permanent magnet materials and devices; after years of development, it has formed a production capacity of 500 tons of samarium cobalt permanent magnet materials per year, and is the main manufacturer of samarium cobalt permanent magnet materials and devices in China.

After nearly 20 years development, the company has grown up to main manufacturer and erects excellent reputation in magnetic industry. Now the company's  production capacity has reached to 500 tons per year. The company serves customers with her industry-leading technology, high product quality, competitive price and perfect after-sales service.

The company adheres to business running principles of sincere, trustworthy, pionerring and win-win, and quality rules of human oriented, technological innovation, high quality and efficiency and efficiency and customer satisfied. Company heartily welcomes clients at home and abroad to jion her to creat a better future.