Rubber coated systems

Magnet assembly of NdFeB, rubber coat white, with bore and counter bore

PRODUCT INFORMATION:
These systems are used especially on delicate surfaces. Due to the rubber coating occur neither scratches nor discoloration. Moreover the slip resistance is improved thanks to rubber coating.

Alternative to the standard we also offer individual solutions:
» Other colours rubber coating
» Rubber coating harder or softer
» Printable rubber coat

Data sheet
Product variants
Article numberD mmd mmd1 mmH mmAdhesive force* NShear force* NWeight gTemperature °CSurface
A12C-KwB3.4H7NEU12 3.46.47 1053.360weiß Download CAD file
Rubberised magnet with bore and countersink 12mm | © Brugger GmbH

Magnetsystem ø 12 mm aus NdFeB, Gummimantel weiß, mit Bohrung und Senkung

Article number: A12C-KwB3.4H7NEU
D mm: 12
d mm: 3.4
d1 mm: 6.4
H mm: 7
Adhesive force* N: 10
Shear force* N: 5
Weight g: 3.3
Temperature °C: 60
Surface: weiß
A43C-KwB7.0H643 7.512.86 100252760weiß Download CAD file
Rubberised magnet with bore and countersink 43mm | © Brugger GmbH

Magnetsystem ø 43 mm aus NdFeB, Gummimantel weiß, mit Bohrung und Senkung

Article number: A43C-KwB7.0H6
D mm: 43
d mm: 7.5
d1 mm: 12.8
H mm: 6
Adhesive force* N: 100
Shear force* N: 25
Weight g: 27
Temperature °C: 60
Surface: weiß
A88C-KwB6.6H8.588 6.6128,5 55012518280weiß Download CAD file
Rubberised magnet with bore and countersink 88mm | © Brugger GmbH

Magnetsystem ø 88 mm aus NdFeB, Gummimantel weiß, mit Bohrung und Senkung

Article number: A88C-KwB6.6H8.5
D mm: 88
d mm: 6.6
d1 mm: 12
H mm: 8,5
Adhesive force* N: 550
Shear force* N: 125
Weight g: 182
Temperature °C: 80
Surface: weiß
* 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.