Neodymium Cylinder Magnet - 12.7mm x 31.75mm | N40

Product code: C-D12.7H31.75-N40

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Neodymium Cylinder Magnet - 12.7mm x 31.75mm | N40

Product Code C-D12.7H31.75-N40
Pull Force* 7.18 kg
Weight 90 gm
Style Neodymium Cylinder
Gauss 6324
Grade N40
Coating Nickel (Ni)
Direction of Magnetisation Axially (through height)
Dimensions Height:31.75mm, Diameter:12.7mm
*Measured against up to 10mm mild steel.
Neodymium Cylinder Magnet - 12.7mm x 31.75mm | N40

Magnetic Product Description:

This popular rare earth cylinder has a diameter of 12.7mm and a height of 31.75mm. It is an N40 grade rare earth magnet. It has a magnetic flux reading of 6324 Gauss and a pull force of 7.18 kg. It is identified by the AMF magnet part number C-D12.7H31.75-N40.


Uses for our rare earth cylinder magnets:

Often the shape of any magnet can be an important factor in the type of application for which it is used. Round Cylinder magnets made from powerful and permanent Neodymium material fit perfectly into drilled spaces. The long cylindrical shape sits high above the surface it bonds with which makes it easy to grab with the fingers and remove or relocate the magnet by hand. When fitted into drilled holes they can sit just below or flush with the surface they are recessed into. Cylinder magnets are ideal holding tools to help attach materials to ferrous surfaces. Although the bond is powerful, it is easily broken due to the relatively small contact area at the base of the magnet where the pole is found. The height dimension and the leverage this shape provides contributes significantly to this easy-to-remove characteristic. This type of magnet can easily hold papers to a whiteboard and is able to be removed just as easily. This strong cylinder magnet can substitute magnets with 1 ¼ inch x ½ inch imperial dimensions.

Neodymium Cylinder Magnet - 12.7mm x 31.75mm | N40 (C-D12.7H31.75-N40)

Grade
N40 N/A
Max Operating Temperature °C
<=80 N/A
Remanence Br(T)
1.26-1.32 N/A
Remanence Br(kGs)
12.6-13.2 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)
302-334 N/A
Max Energy Product(BH)max(MGOe)
38-42 N/A
Grade N40 N/A
Max Operating Temperature °C <=80 N/A
Remanence Br(T) 1.26-1.32 N/A
Remanence Br(kGs) 12.6-13.2 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) 302-334 N/A
Max Energy Product(BH)max(MGOe) 38-42 N/A
Neodymium Cylinder Magnet - 12.7mm x 31.75mm | N40

Magnetic Product Description:

This popular rare earth cylinder has a diameter of 12.7mm and a height of 31.75mm. It is an N40 grade rare earth magnet. It has a magnetic flux reading of 6324 Gauss and a pull force of 7.18 kg. It is identified by the AMF magnet part number C-D12.7H31.75-N40.


Uses for our rare earth cylinder magnets:

Often the shape of any magnet can be an important factor in the type of application for which it is used. Round Cylinder magnets made from powerful and permanent Neodymium material fit perfectly into drilled spaces. The long cylindrical shape sits high above the surface it bonds with which makes it easy to grab with the fingers and remove or relocate the magnet by hand. When fitted into drilled holes they can sit just below or flush with the surface they are recessed into. Cylinder magnets are ideal holding tools to help attach materials to ferrous surfaces. Although the bond is powerful, it is easily broken due to the relatively small contact area at the base of the magnet where the pole is found. The height dimension and the leverage this shape provides contributes significantly to this easy-to-remove characteristic. This type of magnet can easily hold papers to a whiteboard and is able to be removed just as easily. This strong cylinder magnet can substitute magnets with 1 ¼ inch x ½ inch imperial dimensions.

Neodymium Cylinder Magnet - 12.7mm x 31.75mm | N40 (C-D12.7H31.75-N40)

Grade
N40 N/A
Max Operating Temperature °C
<=80 N/A
Remanence Br(T)
1.26-1.32 N/A
Remanence Br(kGs)
12.6-13.2 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)
302-334 N/A
Max Energy Product(BH)max(MGOe)
38-42 N/A
Grade N40 N/A
Max Operating Temperature °C <=80 N/A
Remanence Br(T) 1.26-1.32 N/A
Remanence Br(kGs) 12.6-13.2 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) 302-334 N/A
Max Energy Product(BH)max(MGOe) 38-42 N/A