Part         Magnetic                                                         Max.     Max.   Max.     Max.     Max.
No.         Material                Polymer        Density     Br         Hc     Hci     BHmax  Temp.
                                                                            g/cc     Gauss      Oe       Oe       MGOe      ^oC

2039     SrFerrite                Nylon 6                    3.80     3,070    2,570  3,070   2.35       160

2040   SrFerrite                Nylon 12                 3.75     3,060  2,540  3,190     2.34       150

2046     SrFerrite                Nylon 6                      3.58     2,890    2,550  3,150     2.11       160

2048     SrFerrite                Nylon 6                      3.55     2,880    2,510 3,210     1.99       160

2049     SrFerrite                Nylon 12                    3.21     2,460  2,340   3,600      1.52       150

2051     SrFerrite                Nylon 6                      3.76     3,130 2,590  3,140      2.41      160

2052     SrFerrite                PPS                           3.65      2,880    2,530 3,320     2.05       180

2070     SrFerrite                Nylon 12                    3.63      2,940   2,520  3,190     2.17       150

2071     SrFerrite                Nylon 12                    3.53      2,810 2,680  4,020     2.05      150

2101     SmCo                 Nylon 12                     5.60     6,880   6,000   11,60011.28       150

2103   SmCo                  Nylon 6                       5.50     6,380   6,000   28,000    9.72       160

2202     NdFeB                Polyamide                 4.85     5,8004,320   10,000     7.15       125

2204     NdFeB                Nylon 12                     5.20     5,3904,920   13,200     5.94       150

2206     NdFeB                 PPS                             4.40     4,4004,000 10,500     4.26      150

2212     NdFeB                 Nylon 12                     4.90     5,7204,320     9,000     6.63      150

2213     NdFeB                 Nylon 12                   5.20     5,8905,000   10,000     7.44      150

2214     NdFeB                   Nylon 12/Polyamide    4.65     4,8004,200     9,840     5.56      125

2216   NdFeB                 Nylon 12                   5.16     6,1104,800   9,000   6.63      125

2217     NdFeB                 PPS                             4.90    4,8204,800    18,000     5.17      180

2218   NdFeB                Nylon 12                     5.20    5,8904,800    9,600     7.44      150

2225   NdFeB                   Special plastic            5.70    6,8005,800    10,200     9.40      150

2409     SrFerrite/NdFeB   Nylon 12/Polyamide   4.15    4,6202,880      4,320     3.43      125

2413   SrFerrite/NdFeB   Nylon 12/Polyamide   4.72    5,2002,640      4,400     4.77      125

2414     SrFerrite/NdFeB   Nylon 12                    4.85    5,3004,100      9,100     5.95      150

2415   SrFerrite/NdFeB   Nylon 12                    4.00    3,8702,830      4,220     3.03      150

2416   SrFerrite/NdFeB     Nylon 12                    4.97    5,4004,310      9,400   6.31      150

2417     SrFerrite/NdFeB   Nylon 6                      3.85    2,200 1,740       2,640     1.01      150

2521     SrFerrite                Nylon 12                    3.65    2,8102,680       4,020     2.05      150

2534   SrFerrite              Nylon 6                      3.53    2,7302,250       3,300   1.89      150

2535   SrFerrite                Nylon12/Polyamide     3.65    2,8402,650      4,000   1.96      125

2560   SrFerrite                Polyamide                  3.65    2,8402,650       4,000     1.96      125

1.custom size
2.short lead time,good service
3.superior quality
4.best price

Features:

Injection molded magnets are available using ferrite, neodymium-iron-boron, or blends of magnetic materials to achieve an extensive range of properties. Binder types include Nylon 6 and 12, PPS, and Polyamide. The binders and magnetic alloys are capable of a wide range of application temperatures from below -40°C to above 150°C. The Injection molding process is particularly well suited to molding very intricate shapes and thin walled parts. The finished parts can be either very simple or complex in geometry.

1.Magnetic rollers for copier and laser printer

2.Permanent motor magnets (rotors & other components)

3.Magnetic rings for aerodynamic component

4.Color Monitor/TV purity convergence magnet