Skip to content
WELCOME TO OUR NEW & IMPROVED WEBSITE!

Leading Magnet Supplier

Specialists In Bespoke Magnets

Dedicated Account Managers

Expert Technical Advice

Basket
Oh No! Your basket is empty
40mm dia x 5mm thick x 6mm c/sink Rubber Coated N42 Neodymium Magnet - 4.6kg Pull
40mm dia x 5mm thick x 6mm c/sink Rubber Coated N42 Neodymium Magnet - 4.6kg Pull
Code: F360RN-1

40mm dia x 5mm thick x 6mm c/sink Rubber Coated N42 Neodymium Magnet - 4.6kg Pull

High-performance, rubber-coated countersunk Neodymium (N42) magnet, available with either pole on the countersunk face. Compact but incredibly strong.

Pack quantity 1: 1 Countersunk magnet

Explore how countersunk magnets can help your application in our handy magnet & application guide!

Select Polarity
Select Pack Size
£14.92 (Inc. VAT)£12.43 (Ex. VAT)
In Stock
Contact Us
Ask A Question

Please fill out the following form to Ask a Question about this product:

Email A Friend

Please fill out the following form to Tell a Friend about this product:

  • 40mm diameter x 5mm thick with a 6mm diameter countersunk hole for fixing
  • +/-0.1mm tolerance
  • Available with North pole on countersunk face and South pole on the countersunk face
  • Each magnet can support 5kg pull vertically from the magnetic face when in flush contact with a mild steel surface
  • Rubber-coated to increase friction and prevent marking other contact surfaces
  • Can be fixed in place with our 6mm diameter countersunk screws

Ideal for furniture fixings, hanging artwork and keeping doors and drawers closed, countersunk magnets have a central hole which allows them to be fixed to non-magnetic surfaces with a screw. Because these magnets have a rubber-coating they are ideal for using to attract fragile or easily marked surfaces, the rubber coating increases friction, softens impacts and prevents marking. Countersunk magnets with opposite poles on the countersunk face can be used to attract two surfaces or two opposing countersunk magnets with the same pole on the countersunk face can be used to create a damping, shock absorbing or repelling effect. 

You May Also Like