Neodimio magnetai su skylute varžtui, 14x3 mm, 10 vnt.

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Prekė: Neodimio magnetai su skylute varžtui, 14x3 mm, 10 vnt.. Kategorija: Neodimio magnetai.

• Gamintojas: Grami
• Modelis: z otworem pod wkręt 14x7/3,5x3

✅Magnet parameters:

• Brand new product
• Outside diameter - 14mm (+-0,1)
• Inner diameter - 3,5mm (+-0,1)
• Thickness/height - 3mm (+-0,1)
• Phase diameter under screw head - 7mm (+-0,1)
• Class: N42
• Maximum operating temperature: 80°C
• Maximum lifting capacity : ~ 2,6 [kg]
• Protective coating : NiCuNi (nickel - copper - nickel)
• Type : Ring (MP - ring magnet)

We offer only the highest quality products. Neodymium magnets are the strongest magnets available on the market. They are characterized by the fact that in the magnetic field they receive the most favorable magnetization direction. They have a very high energy density, which translates into their enormous attraction force. They are called permanent, because the loss of power at the turn of 10 years is only 1%.

The neodymium magnet is made from a combination of neodymium (Nd), iron (Fe) and boron (B). It is produced by powder metallurgy methods, i.e. pressing powdered components in a magnetic field at elevated temperatures. Thanks to this method of production, magnets owe their high power, but there are also disadvantages, i.e. low mechanical strength or fragility.

1. Pole S from the chamfering side and pole N on the opposite side (Fig.1)
2. Similarly, the N pole from the chamfering side and the S pole on the opposite side (Fig.2)

Please include information about the magnetization direction in the message to the seller, otherwise the magnets will be sent randomly.

The direction of magnetization is important only when connecting magnets together. When connecting a magnet to metal elements, the magnetization direction does not matter.

THE CORRECT WAY:

✔ MOVE THE MAGNET AT THE TOP TO THE SIDE OF THE COLUMN

✔ AFTER MOVING THE MAGNET TO THE SIDE, CAREFULLY PULL IT UP

INCORRECT WAY:

❌DO NOT TRY TO TEAR THE MAGNET PERPENDICULAR TO THE TOP WITHOUT FIRST MOVING IT TO THE SIDE OF THE COLUMN!!!

❌DO NOT ALLOW THE MAGNETS TO BE RAPIDLY ATTRACTED TO EACH OTHER SO THAT THE FORCE OF THE COLLISION DOES NOT CRUSH THEM!!!

✅Responsibility

By purchasing the product, you confirm that you have read and understood the rules of use of the product and are aware of the risks associated with it. We are not responsible for damages caused by improper use of the product.

✅Risk of pinching, cutting skin and body

By approaching the two magnets to each other, they will be immediately attracted with very high force. It is not recommended to place any parts of the body between the magnets, as this can cause painful pinching of the skin or body. Such a collision can also lead to a crack in the magnet and a sharp edge can be formed at the point of breakage. It is recommended to use protective gloves.

✅ Damage, cracking, crushing of the magnet

As already mentioned in the general description, magnets are a fragile material and not very mechanically durable. Avoid approaching two magnets or a magnet to a metal object in an uncontrolled manner that will result in a strong collision of objects, as this can cause damage. The same applies to dropping a magnet from a high height onto a hard ground. In particular, magnets with a hole are exposed to such damage. When installing the screw, do not do it by force to the very end only with a sense that the magnet does not break.

✅Anti-corrosion coating and allergy risk

The magnet coating consists of two layers of nickel and one layer of copper. People who are allergic to any of these compounds should avoid contact with the skin. When using a magnet, be careful not to destroy the coating because it can lead to corrosion. If the coating is not affected, the magnet is resistant to water, but we recommend that you dry it well after each contact with it.

✅The strength and lifting capacity of the magnet

It should be remembered that the lifting capacity is very much influenced by the thickness and quality of the steel to which the magnet will be applied. It is important that the magnet adheres to its entire surface and that the surface of the metal is as smooth as possible without gaps or bulges. Any deviation from these conditions will result in its reduction. The lifting capacity given to this particular magnet was measured under very favorable laboratory conditions, using a sheet of 10 [cm] thickness and a very low carbon content with perpendicular action of the breaking force.

✅Undesirable effects of magnets

It is not recommended to approach magnets at a distance closer than about 10 cm from objects that may be damaged, i.e. magnetic data carriers and payment cards, watches and mechanical devices, pacemakers, etc.

✅Danger to children

The product is not suitable for young children, and teenage children should use magnets only under the control of an adult. If several magnets are swallowed, they can join together through the walls of the intestine, which will cause danger to health and life. It absolutely should not be done.

✅Several examples of the use of sintered neodymium magnets are:

• Wall-mounted magnetic strips for tools such as wrenches, knives, screwdrivers
• Slow-speed generators for use in hydropower and wind power plants
• Magnetic holders for sheets, pipes, advertisements
• Buckles, clamp clips, jewelry clasps (bracelets, chains, handbags)
• Metal detectors, nails in floors, pipes in walls
• Magnetotherapy magnetic field treatment
• Magnetic separators
• Fixing tarpaulins, materials, cards to the board, walls painted with magnetic paint
• Filtering liquids and loose raw materials (groats, rice, etc. )
• Treatment of water, air, fuel
• Electronics (speakers, microphones, alarms, etc. )
• Magnetic toys (balls, sticks)
• Reed switches
• In furniture for closing doors, doors, windows, etc.

Specifications