8/3/2023 0 Comments Strong double sided magnets![]() ![]() This magnet must not be used as a load magnet for carrying metal objects in production plants. There is a risk of spontaneous release of the transferred material and personal injury. Never stand under a magnet with attached scrap metal. This would result in devastating injuries. Make sure that no part of the human body gets between the magnet and the metal object. The magnet can attract metal objects from a great distance and at high speed. It is also ideal for finding fallen tools or sewage wrenches, finding keys in the grass or cleaning wells from scrap metal.ĭon't forget your safety! The holding force of the magnet is so great that it could cause serious injuries due to improper handling. In addition to helping you find treasures in the water, you can use the magnet for other purposes. It is recommended to choose a rope or chain with sufficient force, able to tighten the magnet together with the catch weighing 500 kg. A rope or chain can be attached to the hanging eye and the magnet is ready for an adventurous search for treasures in the water. The magnet is supplied with a suspension eye which is connected to the magnet by means of a thread. ![]() Unlike a single-sided magnet, this magnet has two active sides, with which you can collect metal objects more efficiently. ![]() ![]() It glides well along the bottom of a lake, river or pond and effectively captures the surrounding metal objects. It has an active surface on two sides and each has a holding force of 250 kg. It consists of a durable steel body, which is surface treated for longer life, and a strong neodymium magnet, which is up to 6 times stronger than a ferrite magnet. It is a specially developed double-sided magnet. Magnetic filters for pharmaceutical and food industry.However, the direction of the magnet’s poles will be completely dependant on the product or application of the magnets. Magnets are not this simple, placing the poles in opposite directions will not always mean better results.Īs explored above, we see that magnets placed closely together will perform better with their poles facing opposite directions, yet when the magnets are placed with a larger gap between them the pull force is hardly affected no matter what direction the poles are facing. However, these images show how the poles facing the opposite direction provide a stronger magnetic field in the steel its sticking too, explain the stronger pull force.ĭo opposite pole directions always provide greater pull forces? Magnetic field pictures help us indicate why magnets with poles facing opposite directions are providing a stronger pull force. To figure out exactly how much less will be completely dependent on the shape and size of the magnets in question. Generally, two magnets set up adjacent to one another will provide slightly less than double their individual pull force. For example, if your setup has two 10mm magnets, looking at the pull force of the 20mm version of these magnets may indicate the pull force. Despite this, you cannot just double the pull force as before as the two magnets will now be interfering with each other.īut to try and understand the pull force from this set up you could try and find the single magnet of this size. However, if these magnets are now placed side by side with no gap between them and both of their north poles facing the same direction, this set up mimics a single, larger magnet. So, if two identical magnets are placed with a large gap between them, the pull force will be doubled as there is no interference from one another. Before revealing exactly what happens in these scenarios, why not think about what might happen when testing the pull strength of these magnets. ![]()
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