Neodymium Block Magnet - 25.4mm x 6.35mm x 76.2mm | N42

Product code: B-W25.4H6.35L76.2-N42

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Neodymium Block Magnet - 25.4mm x 6.35mm x 76.2mm | N42

Product Code B-W25.4H6.35L76.2-N42
Pull Force* 19.74 kg
Weight 200 gm
Style Neodymium Block
Gauss 2059
Grade N42
Coating Nickel (Ni)
Direction of Magnetisation Axially
Dimensions Width:25.4mm, Height:6.35mm, Length:76.2mm
*Measured against up to 10mm mild steel.
Neodymium Block Magnet - 25.4mm x 6.35mm x 76.2mm | N42

Magnetic Product Description:

This rare earth block magnet has a length of 76.2mm, a width of 25.4mm and a thickness of 6.35mm. It is identified by the AMF magnet part number B-W25.4H6.35L76.2-N42.


Uses for our strong rare earth block magnets:

Rare Earth Block magnets have the highest magnetic strength of any magnetic material. Strong Neodymium block-shaped magnets provide levels of magnetic adhesion far greater than their physical size would suggest. Large, powerful Neodymium block magnets have influenced the recent direction of medical and scientific research including their important role in MRI technology. Block magnets are also commonly chosen as major components in apparatus used to lift, collect and separate out metallic material from non-metallic material. Strong Neodymium magnets are also crucial in the operation of electric motors and generators. The permanent nature, compact size and immense strength of Neodymium is harnessed and used to convert electromagnetic fields into the mechanical movement required to drive an electric motor. The repelling and attractive forces of powerful permanent magnets are used to create this movement or, when used in reverse, to generate electricity that can be stored in batteries. This block has metric dimensions that can precisely substitute for imperial 3-inch x 1-inch x ¼ inch measurements.

Neodymium Block Magnet - 25.4mm x 6.35mm x 76.2mm | N42 (B-W25.4H6.35L76.2-N42)

Grade
N42 N/A
Max Operating Temperature °C
<=80 N/A
Remanence Br(T)
1.3-1.35 N/A
Remanence Br(kGs)
13-13.5 N/A
Coercivity bHc(kA/m)
>=836 N/A
Coercivity bHc(Oe)
>=10.5 N/A
Intrinsic Coercivity iHc(kA/m)
>=955 N/A
Intrinsic Coercivity iHc(Oe)
>=12 N/A
Max Energy Product(BH)max(KJ/m)
318-350 N/A
Max Energy Product(BH)max(MGOe)
40-44 N/A
Grade N42 N/A
Max Operating Temperature °C <=80 N/A
Remanence Br(T) 1.3-1.35 N/A
Remanence Br(kGs) 13-13.5 N/A
Coercivity bHc(kA/m) >=836 N/A
Coercivity bHc(Oe) >=10.5 N/A
Intrinsic Coercivity iHc(kA/m) >=955 N/A
Intrinsic Coercivity iHc(Oe) >=12 N/A
Max Energy Product(BH)max(KJ/m) 318-350 N/A
Max Energy Product(BH)max(MGOe) 40-44 N/A
Neodymium Block Magnet - 25.4mm x 6.35mm x 76.2mm | N42

Magnetic Product Description:

This rare earth block magnet has a length of 76.2mm, a width of 25.4mm and a thickness of 6.35mm. It is identified by the AMF magnet part number B-W25.4H6.35L76.2-N42.


Uses for our strong rare earth block magnets:

Rare Earth Block magnets have the highest magnetic strength of any magnetic material. Strong Neodymium block-shaped magnets provide levels of magnetic adhesion far greater than their physical size would suggest. Large, powerful Neodymium block magnets have influenced the recent direction of medical and scientific research including their important role in MRI technology. Block magnets are also commonly chosen as major components in apparatus used to lift, collect and separate out metallic material from non-metallic material. Strong Neodymium magnets are also crucial in the operation of electric motors and generators. The permanent nature, compact size and immense strength of Neodymium is harnessed and used to convert electromagnetic fields into the mechanical movement required to drive an electric motor. The repelling and attractive forces of powerful permanent magnets are used to create this movement or, when used in reverse, to generate electricity that can be stored in batteries. This block has metric dimensions that can precisely substitute for imperial 3-inch x 1-inch x ¼ inch measurements.

Neodymium Block Magnet - 25.4mm x 6.35mm x 76.2mm | N42 (B-W25.4H6.35L76.2-N42)

Grade
N42 N/A
Max Operating Temperature °C
<=80 N/A
Remanence Br(T)
1.3-1.35 N/A
Remanence Br(kGs)
13-13.5 N/A
Coercivity bHc(kA/m)
>=836 N/A
Coercivity bHc(Oe)
>=10.5 N/A
Intrinsic Coercivity iHc(kA/m)
>=955 N/A
Intrinsic Coercivity iHc(Oe)
>=12 N/A
Max Energy Product(BH)max(KJ/m)
318-350 N/A
Max Energy Product(BH)max(MGOe)
40-44 N/A
Grade N42 N/A
Max Operating Temperature °C <=80 N/A
Remanence Br(T) 1.3-1.35 N/A
Remanence Br(kGs) 13-13.5 N/A
Coercivity bHc(kA/m) >=836 N/A
Coercivity bHc(Oe) >=10.5 N/A
Intrinsic Coercivity iHc(kA/m) >=955 N/A
Intrinsic Coercivity iHc(Oe) >=12 N/A
Max Energy Product(BH)max(KJ/m) 318-350 N/A
Max Energy Product(BH)max(MGOe) 40-44 N/A