Samarium Cobalt Disc Magnets (SmCo) - D9.7mm x 5.88mm with 2mm Channel | Diametrically Magnetised
Product code: 39013
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Samarium Cobalt Disc Magnets (SmCo) - D9.7mm x 5.88mm with 2mm Channel | Diametrically Magnetised
Magnetic Product Description:
This disc magnet has a diameter of 9.7mm and a thickness of 5.88mm, with a 2mm diameter channel groove. Diametrically magnetised, high-operating temperature samarium cobalt magnets are capable of operating in temperatures up to 300oC. Diametrically magnetised magnets have their north and south pole on opposite curved sides, cutting the flat surface in half. It is identified by the AMF magnets part number 39013.
Uses for our samarium cobalt disc magnets:
These samarium discs are rapidly becoming the preferred fasteners, fixers, holders and release agents of choice for designers, manufacturers, skilled tradespeople and crafty types the world over. The three main reasons for magnetic ascendancy over traditional fasteners like nails, screws, bolts and adhesives are simple.
It is no accident these three advantages of magnetic bond over any other fastening method match exactly the virtues valued by the emerging Digital Age. Magnetic bond is intuitive, renewable and compatible.
Magnets, like these samarium discs, exert their bonding power in a manner that is intuitive (or nuanced), renewable (or recoverable) and compatible (in relation to materials joined in this way).
The intuitive or required pull force (quit the grip) relates to the pressure required to release materials joined by magnetic bond. This amount of pressure is pre-determined by designers and makers by choosing the magnet with the required strength for their particular fastening purpose.
In the old days everything had to be built like a battleship. A more intuitive philosophy has evolved that favours ease of assembly and disassembly, ease of servicing, and allows designers to determine where the device will detach under excessive force with no material penalty.
Used by joiners, microscope manufacturers, glass suppliers, advanced surgical designers. Specialist engineering applications. High temperature resistance.
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