Rubber Coated Male Thread Neodymium Pot Magnet D66mm x 8mm with Affixed 77mm L Hook

Rubber Coated Male Thread Neodymium Pot Magnet D66mm x 8mm with Affixed 77mm L Hook Organise tools, cables and workshop accessories with this rubber coated neodymium pot magnet with affixed heavy-duty L-shaped hook. Combining a 66mm diameter magnetic base, an 8mm body thickness and a 77mm-deep hook, it provides a removable hanging point on suitable steel and ferrous metal surfaces without drilling into the mounting surface. AMF Magnetics part number: RCND66L. The magnetic base contains six high-strength neodymium disc magnets within a steel pot assembly. The steel backing directs the magnetic field towards the contact surface, helping maximise magnetic holding performance in a compact design. A male threaded connection secures the affixed hook to the base. Protective Rubber Coating and Practical Hook Design The black rubber coating helps protect painted surfaces from direct metal contact and provides additional grip against sliding. The double-prong L-shaped hook features orange protective sleeves and upturned ends to help retain hanging items. Easy to remove and reposition, this magnetic storage hook is a practical option for steel shelving, warehouse racking, cabinets and workshop equipment. Applications for the Magnetic L Hook Keeping hard hats and protective equipment within reach. Organising coiled cables, leads and cords. Hanging suitable hand tools and workshop accessories. Creating movable storage points on steel cabinets and racking. Improving organisation in garages, warehouses and commercial workspaces. Magnetic Holding Performance The magnetic base has a stated 18kg pull force. This rating refers to direct pull from a suitable steel surface and does not represent the hanging load capacity of the hook. Actual holding performance depends on steel thickness, surface condition, coatings, contact area and load position. Loads extending away from the surface create leverage, while vertical mounting introduces a risk of sliding, reducing the load the assembly can support. For best results, attach the magnet to a clean, flat, sufficiently thick steel surface and check its grip with the intended load before use.