30MM X 5MM NEODYMIUM THREADED POT
NEOPOT

30mm x 5mm Neodymium Threaded Pot

Product Details

  • Product Code: NEOPOT
  • Max Breakaway Force: 25 Kgs
  • Coating/Casing: Steel
  • Direction of Magnetism: Through Thickness
  • Magnet Type: Neodymium
  • Magnet Grade: N45
  • Max Magnet Temperature: 80°C

Product Dimensions

  • Length:
  • Width:
  • Diametre: 30 mm
  • Thickness:
  • Height:
  • Hole Diametre:
  • Hole Thread:
  • Rod/Stud/Eyelet or Hook Length:

Price each (+ GST)

$40.00

Bulk Pricing From: $18.00

All prices are exclusive of GST and freight.

Quantity discounts
1-9 10-49 50-99 100-499 500+
$40.00 $36.00 $32.00 $26.00 $18.00

This 30mm x 5mm Neodymium Threaded Pot has a threaded M6, 5mm hole with a diameter of 30mm and a height of 15.9mm. This Neodymium pot is painted black, N45 Grade with their magnetism running through the height and can hold twenty-five kilograms before releasing. (on a 3mm mild steel plate)

Customers can identify this 30mm x 5mm Neodymium Threaded Pot with our stock code: NEOPOT

Uses for our 30mm x 5mm Neodymium Threaded Pot:

Like our other pot magnets, these have a steel surround that acts as a casing to deflect the magnetic polarity to the holding surface.

Furthermore, when compared to a similar sized raw or uncapped magnets, pot magnets have a far greater level of magnetic pull. as a result of the steel plate on the holding surface, a circuit is created between the North and South Poles of the magnet. This manipulates the magnet to create the stronger pull and makes a bigger size to strength ratio.

Customers use these magnets in a variety of applications such as in small sensors in electronics to general holding applications in the home.

 

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.

Related products