50.8mm x 25.4mm x 12.7mm Plastic Coated Neodymium Block

Product Details

  • Product Code: NBCS502512PC
  • Max Breakaway Force: 25.4 Kgs
  • Coating/Casing: Plastic
  • Direction of Magnetism: Through Thickness
  • Magnet Type: Neodymium
  • Magnet Grade: N45
  • Max Magnet Temperature: 80°C

Product Dimensions

  • Length: 50.8 mm
  • Width: 25.4 mm
  • Thickness: 12.7 mm
  • Hole Diametre: 4 mm
Excl. GST Incl. GST

$55.20 Incl. GST

Quantity discounts
1-19 20-49 50-99 100-499 500+
$55.20 $52.44 $49.68 $46.92 $44.16

Our 50.8mm x 25mm x 12.7mm Countersunk Neodymium Block has length of 50.8mm, a width of 25mm and is 12.7mm thick. These Neodymium rings are N45 Grade being axially magnetised (Through the thickness) and are plastic coated.

These Blocks also have two countersunk 4mm holes.

Customers can identify our 50.8mm x 25mm x 12.7mm Countersunk Neodymium Ring with our stock code: NBCS502512PC

Uses for our 50.8mm x 25.4mm x 12.7mm Plastic Coated Neodymium Block:

Our plastic coated discs are ideal for outdoor environments. Being plastic coated they are weather resistant making them ideal for uses such as gate and latch magnets or even for marine grade use.

Our Neodymium (Rare Earth) magnets have a very high power to size ratio. You will find that even the smallest Neodymium magnet will surprise you with its pull force. Take care while handling these as they will want to join together. If you allow these to join with force they WILL shatter into small pieces.

You will find smaller sized Neodymium magnets are used in a wide range of applications from gate closures, computer sensors and magnetic hard drive disks. With so many uses and due to their high power to size ratio, they are so versatile! Use them around the home, the office or even to hold your tools in the shed!

 


As a result of these being so powerful and wanting to attract to each other, we must warn you of some potential hazards.

  • Magnets 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.