Product code: 23012
Leading Magnet Supplier
30 Day Returns
This neodymium ring magnet measures 1/2" (OD) x 1/8" (ID) x 1/4" (T), and has a pull force of 3.9 kg. It has a countersunk hole through the NORTH face which is sized for a #4 screw. GRADE N38.
These countersunk ring magnets are used in school projects and productions, as well as advertising and display companies for the purpose of presenting products, services, and signage. They are also used in kitchen and bathroom cabinetry and countertops, secret fixing, and soft door closures using magnetic hold and release. Magnets are widely used in the construction industry for holding, fixing and releasing of different materials including stone, timber, ceramics, plastics, and fabrics.
These magnets are great. I use them all over my woodwork shop to hold steel rules nearby all my benches and machines. They're great as cabinet door "latches". Hold my screws in one place. Keep knives and blades held up against the beer fridge as well as calipers. Spill a few nails on the floor? No worries, pick them up easily.
We needed a reliable and ongoing supply of ring magnets to use as magnetic door latches as part of our Australian designed and manufactured UviPortable UVC disinfection cabinets (www.uvcleantech.com). These have been perfect. High quality, strong, and backed by reliable ordering and delivery process.
Super Strong, super fast and cheap
In the application I use these magnets they work perfectly. They’re used as a mounting point in place of a press stud and used with the disc magnets to secure a mesh screen in an overhead position 👍
These magnets suited the project and made it a success.
The staff are knowledgeable and very helpful.
Thank you
No FAQ available
The Pull Force listed for each magnet is based on lifting 10mm thick steel from a horizontal surface. Magnets on a vertical surface (of 10mm thick steel) are generally able to hold around only 30% of the pull force listed in the product description. This is due to the effects of gravity and the lack of friction between the surface and the shiny magnet. Read More
