90KG Pull Neodymium Fishing Magnet (48mm)

Retrieval, recovery and fishing magnets are all very powerful neodymium magnets that are used to pull metal objects from the water. All Fishing Magnets from Magnet Store have been extensively tested to verify all products pull the advertised pull force. 

Neodymium magnets are made mostly of three elements Neodymium, Iron and Boron. Our fishing magnets go through an extensive 5 layer coating process prolonging the longevity whilst maintaining a smooth finish.

We recommend that buyers lock thread the magnets eyebolt as this can become loose during use.

Neodymium magnets are the strongest permanent rare earth magnets available and as a result, can be dangerous if handled improperly. Due to the high strength of these magnets, buyers should read our health and safety page before handing the magnets. This will allow buyers to understand the dangers and rules for handling such strong magnets. We recommend that protective gloves while handling such strong magnets. We do not recommend that you perform any test which involves the human body or use the magnets as part of any unwise jokes.

Be careful with strong magnets around electrical appliances as they can cause permanent damage. We recommend that magnets are kept a safe distance away from these items, in particular, computer, cardiac pacemaker, monitors, speakers, external memory carriers, clocks etc, as well as from credit cards.

Neodymium magnets are not toys and should be kept away from children at all times. Magnets have the ability to trap fingers and pinch the skin and so should be kept out of the reach of children.

The pull force provided on this listing is measured from the magnets optimal condition. This involves a backing steel plate made of low carbon steel with a smooth surface. The conditions have been carried out at room temperature with the force acting perpendicularly.

When measuring the pull of magnets after purchase buyers should consider the following factors which can affect the magnets:

• Air Gap (distance between the object and the magnet)
• Material (The material which the object is made from)
• The direction of the detaching force
• The thickness of the material
• Working temperature