Description
Built for serious outdoor recovery and treasure hunting, this Super Strong Neodymium Fishing Magnet delivers powerful magnetic force for retrieving metal objects from rivers, lakes, docks, and bridges. Designed with a durable steel casing, countersunk hole, and heavy-duty eyebolt attachment, this magnet provides secure performance during salvage operations and magnet fishing adventures. The high-strength rare earth neodymium construction offers exceptional pulling power, making it ideal for recovering tools, chains, hooks, knives, coins, and other submerged metal items. Compact, rugged, and corrosion-resistant, it’s the perfect addition to any outdoor, camping, or treasure hunting gear collection.
After receiving the product, install it as shown in the following picture. Please do not tighten the nut too tightly during installation to avoid damaging the product
Product installation&proper testing usage methods
Regarding product tensile strength (characteristics, environment, and testing conditions)

Q What are the core advantages of the fishing magnets
A One of the biggest differences between our magnets and what other brands offer is the thickness of the magnet. All magnets look the same until they perform vastly different. We refuse to offer thin, low-quality neodymium in our magnets.
Q What’s the grade of this retrieving magnet?
A Neodymium magnet Grade N52.
Q Why does thin iron prevent magnets from reaching their maximum suction force?
A The size of the adsorption surface, the purity of the iron content, the resistance of the water, the resistance of the mud, etc., will all affect the size of the suction. We use professional instruments to test the maximum pull-off force of the product (referring to the vertical Pulling off the power), for reference only! Many metal objects in life do not contain high iron content. If you want to absorb large objects, please choose large-size magnets. Pull-off force is not load-bearing, but refers to the force that is absorbed on a pure iron weight and pulled off vertically. If it is sucked on a thin iron sheet, the pull-off force will definitely not be achieved. The thicker the iron on the adsorption surface, the greater the pull-off force.















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