Our 18mm x 5mm x 13.5mm Neodymium Ring has a diameter of 18mm, a hole diameter of 5mm and a thickness of 13.5mm. These Neodymium rings are N45 Grade being axially magnetised (Through the thickness) and are nickel plated.
Customers can identify our 18mm x 5mm x 13.5mm Neodymium Ring with our stock code: NR185135
Uses for our 18mm x 5mm x 13.5mm Neodymium Ring:
All our Neodymium rings have a variety of applications. From high quality audio speaker systems and screw drivers to high end devices in hospitals. If a holding magnet is required, our Neodymium pot magnets are ideal. Because of their high power to size ratio, these magnets provide an effective solution. An environment where a small yet powerful magnet is required!
Larger projects such as in the rail industry use these magnets in braking systems and for stability to ensure a smooth ride for their passengers. Generators also make use of these strong magnets to produce an electrical current by converting kinetic (motion) energy into electrical energy.
If you are wanting to use these ring magnets to construct door catches to hold doors open or shut. Simply attach one ring magnets into the top of one door and attach the other in the top of the door frame. When one comes near another they will want to attract and come together allowing. Creating an easy way to hold an internal door shut. An easy DIY projects anyone can do around their own home!
Countersunk Neodymium Rings are also available.
Should you need help with choosing a magnet or if you’re unsure with what type of magnet you need? Feel free to contact us. Our team of experienced staff are more than happy to assist.
Should we not have size of magnet that you desire we can custom make to your order.
As a result of these being so powerful and wanting to attract to each other we must warn you of some potential hazards.
- Neodymium rings can be deadly if ingested, not recommended for children.
- Use eye protection while using our magnets because if two join with force they may break or shatter.
- Magnets can wipe magnetic media such as credit cards, keep magnets away from these to avoid data loss.