Female Thread Neodymium Pot Magnet – Diameter 66mm X 8mm With Rubber Case

Magnetic Product Description:

This rare earth female threaded pot magnet has a diameter of 66mm, a thickness of 8mm, a M6 female thread, and a Santoprene rubber coating that protects delicate surface areas. This female threaded magnet has a pull force of 18kg and a weight of 110 grams. It is identified by the AMF magnet part number RCND66F. Threaded hooks and eyelets are sold separately for this product, if required. Get in touch with us for pricing.

Uses for our Rare Earth female thread pot magnets:

Rubber coated magnets have a superior slide resistance over regular magnets due to the increased friction generated by the rubber and steel surface. Further, rubber coating resists corrosion and protects easily scratched surfaces.

These devices are often used, in conjunction with an eyelet or hook screwed into its threaded central void, for suspending outdoor equipment, heavy duty gate and door latching, hanging signage and stringing up guide lines or barriers.

Water resistant for use in marine, aquatic and outdoor or agricultural environments, these small, strong holding pot female threaded magnets are used to create a secure, no drama fixing point. Magnetic engagement deletes the need to penetrate valuable surfaces and the rubber coating protects the same.

Farmers, campers, long haul truck drivers, emergency workers are able, at a moment’s notice, to create a fixing point on the outside of their vehicles for stringing up hazard tape, secure signage or lighting devices.

Deployed on construction sites, in cabinetmaking and electrical systems these fixing points are also housed in mechanical and agricultural situations where metal strike presents as a hazard. Shipping containers, mobile homes and office and accommodation, ablution dwellings associated with mining and constructions sites often contain magnetically abled walls, doors and ceilings. These magnetic forms create secure fixing points for the duration with a simple release for repositioning or deleting with no penalty incurred to the surfaces attached in this way.