Specification of 35SH NdFeB Block Magnet F6mm*5mm*3mm | |
Texture of material | 35SH |
Remanence Br | 1.183T 11.83KGs |
Coercivity Hcb | 918.4 kA/m 11.54kOe |
Intrinsic coercivity Hcj | 1655 kA/m 20.8kOe |
Maximum magnetic energy product (BH) max | 34.18MGOe |
Size | Length 6mm * width 5mm * thickness 3mm |
Tolerance | ± 0.1mm |
Coating | Nickel copper nickel |
Magnetization direction | Thickness magnetization |
Surface magnetic field | 3450GS |
Pull | 0.2kg |
Working temperature | The maximum working temperature is 150 ℃ |
Single weight | 0.69g |
Magnetic Characteristics of N35SH | |||||||
Br (Residual Induction) | Br (Residual Induction) | Hcb (Coercive Force) | Hcb (Coercive Force) | Bhmax (Maximum Product Energy) | Bhmax (Maximum Product Energy) | Hcj (Intrinsic Coercive Force) | Hcj (Intrinsic Coercive Force) |
mT | KGs | KA/m | KOe | KJ/m³ | MGOe | KOe | KA/m |
1.18-1.23 | 11.8-12.3 | 876 | 11 | 263-287 | 33-36 | 20 | 1592 |
HideThermal Characteristics of N35SH | |||
Max Operating Temp | Curie Temp | Reversible Temp Coeff | Rev Temp Coeff |
°C | %/°C | Br (TC a(Br) %/°C) | Hcj (Tc a(Hcj) %/°C) |
150 | 320 | -0.12 | -0.535 |
HideMechanical/Physical Characteristics of N35SH | ||||
Density | ||||
g/cm3 | ||||
7.5-7.8 |
Grade & Working Temperature: |
Grade |
Max Operating Temperatures |
N35-N50 |
80°C (176°F) |
|
35M-48M |
100°C (212°F) |
|
35H-45H |
120°C (248°F) |
|
33SH-42SH |
150°C (302°F) |
|
28UH-38UH |
180°C (356°F) |
China Block Magnets Manufacturer www.rizinia.com supplies 35SH block magnets, rare earth neodymium block magnets, ndfe block magnets, rectangular neo permanent magnets , magnetic block magnets for scientific experiments or for industrial applications.
This product is not a toy and is not to be used by children. This product is to be used for scientific experiments or for industrial applications. This product contains strong Neodymium magnet(s) that can be harmful or fatal if swallowed. Strong Neodymium magnets are fragile, they are brittle and will break or chip if they hit a hard surface or are snagged together. Always use the utmost care when handling Neodymium magnets.