Neodymium Rectangular Pot Magnet with Countersunk Holes - 80mm x 13.5mm x 5mm
Neodymium Rectangular Pot Magnet with Countersunk Holes - 80mm x 13.5mm x 5mm
Available in stock
This rectangular pot magnet measures 80mm in length, 13.5mm in width, and 5mm in height. It features two countersunk holes with diameters of 3.3mm and 6.5mm, spaced 70mm apart center to center. With a weight of 37.8g, this magnet offers a pull force of 33kg, delivering strong and reliable holding power.
This neodymium rectangular pot magnet is encased within a chrome-plated steel channel that protects it from everyday wear and damage. The magnet measures 80mm in length, 13.5mm in width, and 5mm in height, featuring two countersunk holes with diameters ranging from 3.3mm to 6.5mm for secure installation.
These rectangular pot magnets combine versatility with practicality, featuring a countersunk hole on the north pole and strong adhesion to steel surfaces. They are ideal for mounting, home improvement tasks, and DIY projects like creating secure tool holders. A popular use for these magnets is as cabinet door or shower door catchers.
| Product Code | L | L1 | W | H | D1 | D2 | Weight | Pull Force | 
| AMFYPSNI10 | 10mm | 5mm | 13.5mm | 5mm | 3.3mm | 6.5mm | 4.5g | 4kg | 
| AMFYPSNI20 | 20mm | 10mm | 13.5mm | 5mm | 3.3mm | 6.5mm | 9.2g | 8kg | 
| AMFYPSNI40 | 40mm | 30mm | 13.5mm | 5mm | 3.3mm | 6.5mm | 18.4g | 17kg | 
| AMFYPSNI60 | 60mm | 50mm | 13.5mm | 5mm | 3.3mm | 6.5mm | 27.9g | 30kg | 
| AMFYPSNI80 | 80mm | 70mm | 13.5mm | 5mm | 3.3mm | 6.5mm | 37.8g | 33kg | 
| AMFYPSNI100 | 100mm | 90mm | 13.5mm | 5mm | 3.3mm | 6.5mm | 47.8g | 36kg | 
| AMFYPSNI120 | 120mm | 110mm | 13.5mm | 5mm | 3.3mm | 6.5mm | 56g | 40kg | 
    
      
      
        Pull Force Information
      
    
  Pull Force Information
Pull force refers to the maximum holding strength of a magnet. Measured in kilograms, it represents the amount of weight a magnet can support when attached to 10mm thick mild steel, with full, flat, and direct surface-to-surface contact.
A magnet's pull force can be affected by several factors, including its orientation (horizontal vs. vertical) and the presence of any air gaps between the magnet and the surface it’s attached to.
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