Disc Ø 20.0 x 2mm N35 Nickel Neodymium Magnet
Model Number: N35 NI
Type: Permanent Composite: NdFeB Magnet Shape: disc magnet
Application: Industrial Magnet working temperature: 80 deg celsius
Coating: Nickle
Wide range of Grades available- from N33 to N52;
Density: 7.4 -7.6 g/ cm3;
Hardness: 600 {Hv};.
• Neodymium magnets are the most powerful commercially produced magnets.
• NdFeB magnets have a higher Maximum Energy Product, (BH). Max, which can easily reach 30 MGOe and even goes up to 50 MGOe.
• NdFeB magnets can replace SmCo magnets in most cases, especially where operating temperature is less than 80 degrees Centigrade.
• Very high strength.
• Relatively low cost.
• Compared to Alnico and SmCo magnets, relatively easy to machine.
Quick Leads
• Manufacturing process - sintering (most common), injection molding, and compression bonding.
• Shapes available - blocks, bars, discs, rings, cylinders, arc segments, or irregular shapes, etc.
• Wide range of Grades available- from about 3330 to 5311. (First 2 digits represent BH. Max, and second two digits represent Intrinsic Coercivity, Hci. )
• Density: 7.4 -7.6 g/ cm3; Hardness: 600 {Hv}
• Some particular grades can achieve 200° c the max working temperature.
• Saturation magnetizing field required - about 35kOe
• Machining - Neodymium magnets should be machined by grinding using diamond wheels, however, of the hard magnet materials, Neo magnets are the least difficult to machine. We can
Type: Permanent Composite: NdFeB Magnet Shape: disc magnet
Application: Industrial Magnet working temperature: 80 deg celsius
Coating: Nickle
Wide range of Grades available- from N33 to N52;
Density: 7.4 -7.6 g/ cm3;
Hardness: 600 {Hv};.
• Neodymium magnets are the most powerful commercially produced magnets.
• NdFeB magnets have a higher Maximum Energy Product, (BH). Max, which can easily reach 30 MGOe and even goes up to 50 MGOe.
• NdFeB magnets can replace SmCo magnets in most cases, especially where operating temperature is less than 80 degrees Centigrade.
• Very high strength.
• Relatively low cost.
• Compared to Alnico and SmCo magnets, relatively easy to machine.
Quick Leads
• Manufacturing process - sintering (most common), injection molding, and compression bonding.
• Shapes available - blocks, bars, discs, rings, cylinders, arc segments, or irregular shapes, etc.
• Wide range of Grades available- from about 3330 to 5311. (First 2 digits represent BH. Max, and second two digits represent Intrinsic Coercivity, Hci. )
• Density: 7.4 -7.6 g/ cm3; Hardness: 600 {Hv}
• Some particular grades can achieve 200° c the max working temperature.
• Saturation magnetizing field required - about 35kOe
• Machining - Neodymium magnets should be machined by grinding using diamond wheels, however, of the hard magnet materials, Neo magnets are the least difficult to machine. We can
successfully machine very small magnets.
Tolerance: ± 0.05mm, Customized;
Coatings: Nickle, Black nickel, Zinc, Blue zinc, Epoxy resin, Gold, Silver, Passivation, and so on;
Applications: Speakers, sensors, motors, rotors, wind turbine, wind generators, loudspeakers, magnetic hooks, magnetic holder
Applications: Speakers, sensors, motors, rotors, wind turbine, wind generators, loudspeakers, magnetic hooks, magnetic holder