Rubber Coated Pot Magnet 88mm | Cable Tie Mouting Magnet

Product code: RCND88H

$38.17
for 1 to 9 items
$34.35buy 10 to 99 itemsand save 10%
$30.53buy 100+ itemsand save 20%

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Volume pricing available on request

Rubber Coated Pot Magnet 88mm | Cable Tie Mouting Magnet

Product Code RCND88H
Pull Force* 42kg
Weight 215g
Coating Rubber Coated Magnet
Direction of Magnetisation Through Height
Dimensions Height:18mm, Outside Diameter:88mm
*Measured against up to 10mm mild steel.

Description

These magnetic cable holders with a streght of 42kg are designed so that individual cables, cable bundles, hoses or pipes of various diameters can be attached either directly or with cable ties, string or nylon thread. You can attach the magnetic cable support to any metallic surface and, if necessary, remove it quickly as well.

One magnetic cable holder consists of one rubberised neodymium pot magnet and one cable bracket. The rubber coating increases the weight carrying capacity in shear direction and also protects delicate surfaces from scratches. 

Please note: The full adhesive force is achieved when the ferromagnetic counterpart is smooth and of sufficient thickness and when the pot magnet makes direct and full flush contact. Pot magnets already lose much of their adhesive force at a distance of only half a millimetre to the ferromagnetic surface

Description

These magnetic cable holders with a streght of 42kg are designed so that individual cables, cable bundles, hoses or pipes of various diameters can be attached either directly or with cable ties, string or nylon thread. You can attach the magnetic cable support to any metallic surface and, if necessary, remove it quickly as well.

One magnetic cable holder consists of one rubberised neodymium pot magnet and one cable bracket. The rubber coating increases the weight carrying capacity in shear direction and also protects delicate surfaces from scratches. 

Please note: The full adhesive force is achieved when the ferromagnetic counterpart is smooth and of sufficient thickness and when the pot magnet makes direct and full flush contact. Pot magnets already lose much of their adhesive force at a distance of only half a millimetre to the ferromagnetic surface