Neodymium Rubber Eye Magnet Ø66 mm N40 Stainless Steel Eye

Neodymium rubber eye magnet Ø66 x 8.5 mm, N40 grade, steel pot with rubber coating, stainless steel eye. Holding force approx. 27 kg.

Specifications

• Pot dimensions: Ø66 x 8.5 mm (diameter x height)
• Grade: N40 (neodymium)
• Design: steel pot with rubber coating, stainless steel eye
• Holding force: approx. 27 kg (perpendicular)
• Shear force: approx. 5.4 kg (on a vertical wall)
• Maximum temperature: 80 °C

What do you use this magnet for?

Powerful: suitable for tools, cables, lamps and heavier objects in workshops and warehouses. The steel pot concentrates the magnetic force on the flat front surface, giving the magnet a much higher holding force on steel than the same magnet without a pot. Place it on a flat steel surface and hang a hook, chain or cable from the eye. The rubber coating protects the surface from scratches and provides grip, so the magnet is less likely to slide. The eye is made of stainless steel and therefore does not rust, even outdoors or in damp environments. Which hook magnet should you choose?

You only achieve the full holding force when the magnet hangs from the underside of a thick steel beam or plate and is loaded straight downwards. On a vertical wall, the magnet will slide away at approx. 5.4 kg: about 15 to 20% of the holding force. Therefore, choose a much stronger magnet for wall use.

The holding force is measured under ideal conditions on a flat steel plate; in practice, the actual holding force is lower. Read how holding force is determined.

Delivery and returns

Ordered and paid for on working days before 16:00, it will be dispatched the same day if in stock. Free shipping within the Netherlands from €45. Consumers have a 30-day cooling-off period.

Safe use

Magnets are not toys and should be kept out of reach of children. Keep strong magnets away from pacemakers, electronics and bank cards. Powerful magnets can snap together or against metal with great force; keep your fingers away. The holding force is not a permitted working load: do not use magnets as the sole means of securing heavy loads for lifting or hanging where a fall could cause injury.