Raw magnets of Samarium-Cobalt (SmCo)

Disc magnet of SmCo

PRODUCT INFORMATION:
SmCo magnets can be produced in almost every size and without tool costs. Even very small quantities are possible. The surface is blank. The specified temperature refers to the maximum operating temperature of the material. The resistance may be reduced due to the geometry.

As an alternative to our standard product we offer:
» customised dimensions
» modified directions of magnetisation
» other types of magnetisation
» further qualities
» additional coating (e.g. zinc-plated, nickel-plated, epoxy-coated)
 

Data sheet
Article numberQualityD mmH mmAdhesive force* NWeight gTemperature °CMagnetisation
MSASm4x3 RCS26H4 +0.1/-0.13 +0.1/-0.12.50.3350axial
Article number: MSASm4x3
Quality: RCS26H
D mm: 4 +0.1/-0.1
H mm: 3 +0.1/-0.1
Adhesive force* N: 2.5
Weight g: 0.3
Temperature °C: 350
Magnetisation: axial
MSASm5x3 RCS26H5 +0.1/-0.13 +0.1/-0.13.50.5350axial
Article number: MSASm5x3
Quality: RCS26H
D mm: 5 +0.1/-0.1
H mm: 3 +0.1/-0.1
Adhesive force* N: 3.5
Weight g: 0.5
Temperature °C: 350
Magnetisation: axial
MSASm6x3 RCS26H6 +0.1/-0.13 +0.1/-0.140.7350axial
Article number: MSASm6x3
Quality: RCS26H
D mm: 6 +0.1/-0.1
H mm: 3 +0.1/-0.1
Adhesive force* N: 4
Weight g: 0.7
Temperature °C: 350
Magnetisation: axial
MSASm7x3RCS26H7 +0.1/-0.13 +0.1/-0.160.9350axial
Article number: MSASm7x3
Quality: RCS26H
D mm: 7 +0.1/-0.1
H mm: 3 +0.1/-0.1
Adhesive force* N: 6
Weight g: 0.9
Temperature °C: 350
Magnetisation: axial
RM008SCSb99rh11RCS26H8 +0.1/-0.13 +0.1/-0.18.51.3350axial
Article number: RM008SCSb99rh11
Quality: RCS26H
D mm: 8 +0.1/-0.1
H mm: 3 +0.1/-0.1
Adhesive force* N: 8.5
Weight g: 1.3
Temperature °C: 350
Magnetisation: axial
MSASm10x3 RCS26H10 +0.1/-0.13 +0.1/-0.1102350axial
Article number: MSASm10x3
Quality: RCS26H
D mm: 10 +0.1/-0.1
H mm: 3 +0.1/-0.1
Adhesive force* N: 10
Weight g: 2
Temperature °C: 350
Magnetisation: axial
RM011SCSb99rh00RCS26H11 +0.1/-0.13,5 +0.1/-0.1122.8350axial
Article number: RM011SCSb99rh00
Quality: RCS26H
D mm: 11 +0.1/-0.1
H mm: 3,5 +0.1/-0.1
Adhesive force* N: 12
Weight g: 2.8
Temperature °C: 350
Magnetisation: axial
MSASm12x3 RCS26H12 +0.1/-0.13 +0.1/-0.1122.8350axial
Article number: MSASm12x3
Quality: RCS26H
D mm: 12 +0.1/-0.1
H mm: 3 +0.1/-0.1
Adhesive force* N: 12
Weight g: 2.8
Temperature °C: 350
Magnetisation: axial
RM015SCSb99rh03RCS26H15 +0.1/-0.13 +0.1/-0.1184.4350axial
Article number: RM015SCSb99rh03
Quality: RCS26H
D mm: 15 +0.1/-0.1
H mm: 3 +0.1/-0.1
Adhesive force* N: 18
Weight g: 4.4
Temperature °C: 350
Magnetisation: axial
RM015SCSb99rh05RCS26H15 +0.1/-0.14 +0.1/-0.1225.9350axial
Article number: RM015SCSb99rh05
Quality: RCS26H
D mm: 15 +0.1/-0.1
H mm: 4 +0.1/-0.1
Adhesive force* N: 22
Weight g: 5.9
Temperature °C: 350
Magnetisation: axial
RM018SCSb99rh02RCS26H18 +0.1/-0.13 +0.1/-0.1256.4350axial
Article number: RM018SCSb99rh02
Quality: RCS26H
D mm: 18 +0.1/-0.1
H mm: 3 +0.1/-0.1
Adhesive force* N: 25
Weight g: 6.4
Temperature °C: 350
Magnetisation: axial
RM020SCSb99rh07RCS26H20 +0.1/-0.14 +0.1/-0.13210350axial
Article number: RM020SCSb99rh07
Quality: RCS26H
D mm: 20 +0.1/-0.1
H mm: 4 +0.1/-0.1
Adhesive force* N: 32
Weight g: 10
Temperature °C: 350
Magnetisation: axial
RM024SCSb99rh02RCS26H24 +0.1/-0.13 +0.1/-0.13011350axial
Article number: RM024SCSb99rh02
Quality: RCS26H
D mm: 24 +0.1/-0.1
H mm: 3 +0.1/-0.1
Adhesive force* N: 30
Weight g: 11
Temperature °C: 350
Magnetisation: axial
RM025SCSb99rh04RCS26H25 +0.1/-0.14 +0.1/-0.14116350axial
Article number: RM025SCSb99rh04
Quality: RCS26H
D mm: 25 +0.1/-0.1
H mm: 4 +0.1/-0.1
Adhesive force* N: 41
Weight g: 16
Temperature °C: 350
Magnetisation: axial
Magnetized via the height (H)
* The forces have been determined at room temperature on a polished plate made of steel (S235JR according to DIN 10 025) with a thickness of 10 mm (1kg~10N). A deviation of up to -10% from the specified value is possible in exceptional cases. In general, the value is exceeded. The type of application (installation situation, temperatures, counter anchors, etc.) sometimes influence the forces enormously. The values given are for orientation purposes. Let our experts advise you.