Product description

It is a specially developed magnet. 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. The active surface has a holding force of 80 kg. It glides well along the bottom of a lake, river or pond and effectively captures the surrounding metal objects.

The magnet is supplied with a suspension eye which is connected to the magnet by means of a thread. 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. It is recommended to choose a rope or chain with sufficient strength to tighten the magnet along with the catch.

In addition to helping you find treasures in the water, you can use the magnet for other purposes. It is also ideal for finding fallen tools or sewage wrenches, finding keys in the grass or cleaning wells from scrap metal.

Don't forget your safety! The holding force of the magnet is so great that it could cause serious injuries due to improper handling. The magnet can attract metal objects from a great distance and at high speed.

Make sure that no part of the human body gets between the magnet and the metal object. This would result in devastating injuries. Never stand under a magnet with attached scrap metal. There is a risk of spontaneous release of the transferred material and personal injury. This magnet must not be used as a load magnet for carrying metal objects in production plants.

The stated holding force of the magnet is determined at room temperature (20 ° C) in contact with a mild structural steel material with a polished surface at least 30 mm thick per stroke perpendicular to the surface (1 kg ≈ 10 N). In exceptional cases, the difference in holding force may be -10% of the stated values, but in general this value will be exceeded. The holding force acting on the shear is about 1/3 of the stated holding force of the magnet under the above-mentioned conditions. As the thickness of the material to be attached decreases, so does the holding force of the magnet.