Push to Open Magnetic Touched Latches Cupboard Door, Magnetic Pressure Catch, Magnetic Touch Latch Single Round Pin, Kitchen Cupboard Wardrobe Cabinet Latch Magnet, ABS Plastic Housing Surface Mounted Catches, Small Black Magnetic Touch Latch Push To Open Drawer Cabinet Door Catch Lock, Magnetic Closure, Concealed Tap-in Magnetic Closer Catcher, door stopper, magnetic cabinet catches and […]
White Rubber Coat Internal Thread Rectangular Pot Magnet, Internal Thread White Rubber Coated Block Magnet Assembly, White Female Thread Neodymium Rectangular Pot with Rubber Casing, Boutique Magnets
White Rubber Coat Internal Thread Rectangular Pot Magnet Features:
Part No. RCMS17+ Base Dimater
Styel Rectangular Pot Magnet with Internal Thread
Material NdFeb with rubber coat
Application Holding, Hanging, Clamping
These rubber coated magnets are designed to support the maximum amount of weight possible in a shear position. A combination of the premium rubber coating and the unique pole arrangement with both poles on the magnetic face give these magnets their unbeatable clamping performance. However, as these magnets have both poles on one face they are not designed to attract or repel another magnet and should always be used against a steel surface.These magnets are ideal for securing items in a shear position or for holding doors and gates open. rubber coating magnetic system with counter bore, internal thread white rubber coated magnet assembly
Rubber Coated Magnets / Neodymium Mounting Magnets
These Rubber Coated Neodymium Magnets are high strength rare earth magnets with a durable Santoprene rubber coating to protect sensitive surfaces like glass and plastics, or any highly finished vehicular surfaces. They are often used for holding, gripping or clamping functions. Rubber coated mounting magnets sometimes feature a central threaded hole so that you can attach them with a bolt. Alternatively you can insert a hook or eye bolt.
|Part No.||L mm||B mm||H mm||h mm||Thread MxL||Force N||Shear force N||Weight g||Temperature °C|
The forces have been determined at room temperature on a plate in polished steel with a thickness of 10 mm (1kg ~ 10N). A maximum deviation of -10% compared to the specified value is possible in exceptional cases. Value is exceeded in general. Depending on the type of application (installation situation, temperatures, counter anchor etc.) the forces can be influenced enormously. The indicated values are serving as an orientation.