HUNTER BRAND NEODYMIUM MAGNET
PLATE MAGNET [FOR SCREW] 40x10x4mm GRADE N45
✅ DIMENSIONS: 40mm [length] x 10mm [width] x 4mm [height]
✅ HOLE DIMENSIONS: 7.5 mm [one side] 4.5 mm [the other side] page]
✅ LOAD CAPACITY: ~ 10 kg (many factors influence the load capacity, we suggest testing the magnet in given conditions)
✅ WEIGHT / PCS: 10.71 g
✅ TYPE: PLATE [FOR SCREW]
✅ CLASS: N45 [one of the highest attraction classes]
✅ MAGNET COATING: NiCuNi [anti-corrosion]
We offer only the highest quality products, we guarantee lifetime magnetic durability.
❗❗❗❗ ATTENTION ❗❗❗❗
If you need to connect the magnets in pairs after screwing them on, be sure to write in the message when purchasing: "opposite poles". When connecting magnets to a metal surface, it doesn't matter - they will always attract each other.
➡️ AXIAL MAGNETIZATION
How does such a magnet behave?
✅ A magnet brought close to a metal surface or another magnet will stick tightly with its flat surface. If we bring it close with its side edge, it should also be attracted, but with a much smaller force.
✅ By connecting Magnets with opposite poles will attract each other, while like poles will repel each other. When connecting to iron surfaces, polarity does not matter - the magnet will always be attracted.
✅In axially magnetized magnets, the magnetic field lines run parallel to its axis of symmetry. The magnetic poles are located at the ends (planes) of the magnet, and the magnetic field is strongest along its axis. This is a very stable method of magnetization, resistant to demagnetization.
➡️ NEODYMIUM MAGNET - WHAT IS IT?
✅ Neodymium magnets are the strongest permanent magnets in the world. They are made of an alloy of neodymium, iron, and boron and are characterized by an extremely strong magnetic field.
• Neodymium magnets: are much stronger than traditional ferrite/ceramic (black) magnets.
• Compact size: Due to their strength, neodymium magnets are much smaller than ferrite magnets of the same power.
• Versatility: neodymium magnets are widely used in various fields, including: in electronics, industry, medicine, toys, as well as in everyday home applications.
• In the office: for attaching boards, notebooks, photos, letters and other small items to metal surfaces.
• Toys: for creating creative magnetic toys, puzzles and educational games.
• Handicrafts: for decorating jewelry, clothes, decorative objects and other Crafts.
• Organization: for organizing keys, paper clips, screws, and other small items.
• DIY: for attaching small parts when repairing electronics, appliances, and other items.
• Board Games: as pawns or markers in board games.
• Creative Projects: for creating all sorts of creative projects, such as models, sculptures, and art installations.
• Wardrobe: for attaching jewelry, accessories, and other items to metal wardrobe doors.
• Travel: for attaching maps, tickets, and other documents to metal surfaces in a suitcase or backpack.
• Safety: for closing doors and drawers, keeping items safe from children and pets.
➡️ FRAGILITY OF MAGNETS
✅ Neodymium magnets, due to their chemical composition and production process, are very fragile materials, carelessly bringing them close to other magnets or metal surfaces may result in mechanical damage.
✅ Therefore, it is very important to handle magnets as in the picture below, i.e. gently slide the magnet off and do not tear it off straight. Avoid violent collisions of magnets with each other or with other surfaces.
✅ Proper handling of the magnet will ensure that it will serve us for a long time without damage.
➡️ EFFECT ON ELECTRICAL DEVICES
✅ Neodymium magnets generate a very strong magnetic field, which may have an adverse effect on electrical and electronic devices or memory media. They may also interfere with pacemakers.
➡️ RISK OF PERSONAL INJURY
✅ Magnets should be handled with extreme caution. Proximity to other magnets or metal surfaces will immediately attract them. Avoid placing any body parts between the attracted surfaces as this may result in serious injury. Not suitable for children.
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