| Seller information | | Feedback | | View items for sale | | Add to favourite sellers | | View eBay My World | MAGNETS: NEODYMIUM: DISC / ROD / CYLINDER - SMALL 1,5mm - 10mm
- MEDIUM 11mm - 25mm
- LARGE 26mm - 120mm
BLOCK / CUBE - SMALL 3mm - 10mm
- MEDIUM 11mm - 30mm
- LARGE 30mm - 200mm
RINS - SMALL 3mm - 10mm
- MEDIUM 11mm - 30mm
- LARGE 30mm - 200mm
HOOK / POT / SCREW SOCKET / THREADED STEM
COUNTERSUNK POT
HOLDING MAGNETS / POT
FERRITE
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RECOVERY MAGNET 80mm STRONG METAL DETECTOR 60kg
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Magnet size - 80mm x 18mm Weight - 580 grams M ax - 110° C Pull Force - 60kg* Water resistant *The pull force given refers to hoisting capacity measured in optimal conditions, by using as a backing plate a sheet made of low-carbon steel 10 mm thick of smooth surface and with the force acting perpendicularly in room temperature.
All magnets and in particular ferrite magnets, produce strong magnetic field, which may cause different and difficult to predict incidents with disagreeable consequences. Because of that the buyer before receiving magnets should definitely find out about basic risks and threats as well as rules to be obeyed while handling magnets. Be careful with magnetic field! Strong magnetic field produced by magnets may affect and cause damages to electronic appliances. We recommend therefore to keep and use magnets at safe distance from cardiac pacemaker, monitors, computer, speakers, external memory carriers, clocks etc, as well as from credit cards! Big magnets may affect functions of both hearing and heart devices! We do not allow children to play with magnets! Despite their undoubted attractiveness, ferrite magnets are not toys and are not suited for playing, particularly to young children! Apart from risk of crushing fingers or in the least pinching skin there is always a risk of swallowing small elements by a child. That is why, for safety reasons, keep magnets out of reach of children. Be attentive with your fingers and other protruding body parts! Bigger magnets may interact with each other with strength which is unpredictable for a layman. In such situations it is only too easy to squeeze a finger, skin fold etc. While handle bigger magnets it is necessary to behave with extreme caution and use protective gloves. We definitely discourage our Clients from performing any tests involving human body or, which is even worse, using magnets for unwise jokes. Magnets are breakable! As sintered ceramic material, ferrite magnets may easily be broken or crushed. It is true particularly for magnets of thin shapes. It is therefore advisable to avoid situations when magnets may be exposed to impacts or acting immediately deforming forces. Connecting and disconnecting magnets should be done only in controlled conditions, by careful sliding them down or over each other, and with bigger magnets use of distancing blocks is needed. You must not cut, drill, or otherwise process magnets unless you use special equipment for such a purpose. A magnet subject to machining is likely to break, and its parts devoid of protective coating soon become damaged as a result of oxidation. Notice – powder from a crushed magnet is inflammable! The pull force given refers to hoisting capacity measured in optimal conditions, by using as a backing plate a sheet made of low-carbon steel 10 mm thick of smooth surface and with the force acting perpendicularly in room temperature. The pull force given should be treated as only a comparative value. An actual pull force depends on the following factors air gap (a distance) between holding magnet and an backing plate (in some conditions even a very narrow gap, i.e. 0,5 mm can result in decrease in pull force by a half) material, of which a backing plate is made (the higher carbon proportion in steel, the smaller pull force) surface of a backing plate (the smoother the surface, the bigger pull force) direction of acting of detaching force (the biggest pull force is obtained with perpendicular acting of detaching force) thickness of a backing plate (the backing plate cannot be too thin, because in such case part of magnetic flux is not used for closing of a magnetic circuit) working temperature (in temperature of 110°C pull force can be lower of up to 20 per cent)
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