Neodymium magnets themselves, however, do not have the same level of oxidation and corrosion resistance as ferrite, SmCo, and Alnico magnets. Neodymium rare earth magnets that aren’t coated corrode easily in the outside environment. Neodymium iron boron magnets with plating are in high demand, thus we advise consumers to acquire coated NdFeB magnets as well. Coatings like Ni-Cu-Ni, Zn, Single Nickel, black epoxy, and grey epoxy are frequently utilized. For significantly greater protection on their magnets, several clients chose composite coatings like Zn+ black/grey epoxy and Ni-Cu-Ni+ black epoxy. Only a tiny percentage of users need uncoated neodymium permanent magnets for their vacuum environment applications. Uncoated ones will be transported without rusting by being put in sealed vacuum packing.
Because of the stringent requirements for magnetism in some applications, customers prefer magnets that have undergone the phosphating or passivating process rather than plating.
The magnetic product has a height of 5mm and a diameter of 12mm. It is made of neodymium. It has a draw force of 4.68 kilograms and a magnetic flux value of 4731 Gauss. The Balin magnet component number for it is D-D12H5-N52.
Applications for our rare earth disc magnets include: This disc features N52 Grade Neodymium beneath the Nickel plated shell, ensuring that the highest holding strength is obtained from a magnet of these proportions. For its small, this magnet that resembles a button has surprisingly strong gripping power. Neodymium magnets are used by the majority of current technologies to enhance the performance, precision, and dependability of their products. Neodymium magnetic material in the form of a disc emits a powerful and consistent power that may interact with electrical systems.
Any item that needs a computer hard drive to function may store more data thanks to high strength magnets.
Strong Rare Earth Disc Magnets made of N52 Neodymium
Customers who want a variable disc form but need more power than the widely used N42 grade neodymium magnets can provide should use N52 neodymium disc magnets. You don’t have to trade precise design criteria for strength since BuyMagnets.com offers N52 disc magnets in the same range of sizes and strengths as our N42 disc magnets. All N52 disc magnets are coated to prevent corrosion and chipping.
Your most challenging projects are no match for N52 neodymium magnets.
The tiniest, most versatile magnets possible! When a tiny magnet has to be powerful enough to closely grip an item to its surface, N52 Neodymium Magnets are employed. They are ideal for industrial uses, as well as projects worldwide.
N52s work well in sensitive applications like:
– Attaching minuscule tracking devices to machinery or other vehicles.
– Magnetic stirrers, which scientists employ to keep mixtures free of impurities.
– Magnetic switches, including the kinds seen in alarm systems.
– Magnetic sensors, such as those found in ABS systems.
N52 Neodymium Magnets are frequently used in do-it-yourself projects as well:
– Support shelving and mounting hardware for storage and organizing.
– Secure drapes in position.
– Always lock cabinets securely.
- Changer les serrures endommagées.
– Employed as clothing fasteners.
– and a lot more!
Because its enhanced strength enables the use of smaller, lighter magnets, neodymium magnets have replaced alnico and ferrite magnets in many of the numerous applications in modern technology where powerful permanent magnets are required.
magnetic lighters. The most popular type of rare earth magnets are neodymium magnets. Tape recorders, alternators, pacemakers, biasing applications, flow meters, gyroscopes, and linear actuators are a few examples of common uses. Neodymium magnets that are incredibly powerful and reasonably priced. We have a wide selection of rare earth magnets on hand.
Un aimant N52, c'est quoi ?
An N52 magnet is a neodymium magnet with a 52MGOe (Mega-Gauss Oersteds) energy product or (BH)Max. The strength of this magnet is indicated by the term “N52”.
L'aimant N52 est-il le plus puissant ?
N52 is one of the highest grades of neodymium, which makes it the strongest rare earth round neodymium magnet material. As a result, N52 magnets are among the strongest magnets on the world.
The largest neodymium magnet grade’s strength, or energy product, is indicated by the number abbreviation, such as N35, N42, N52, or N55. An increase in the grade’s associated number corresponds to an increase in the energy output of the magnet.
Quelles sont les utilisations qui nécessitent un aimant N52 ?
N52 magnets, which have a high strength-to-size ratio, are frequently utilized in situations where a little, powerful magnet is needed. Examples include the usage of components that must be firmly kept in domestic objects like locks, scientific applications, and electronics.
When selecting the correct grade of magnets, strength isn’t the only thing to take into account.
Some clients erroneously request N52 neodymium magnets based just on the high energy product of the material. They might believe that a magnet with a higher grade would perform better, but this isn’t necessarily the case. An N52 magnet’s capacity to retain force varies based on a wide range of variables.
What additional elements need to be taken into account when selecting a N52 magnet?
N52 magnet strength and the value of its (BH)Max are not the only factors to consider when choosing a material grade, even though higher energy product materials are often stronger than lower energy product materials.
The following elements should also be taken into account:
Temperature of operation
Magnet geometry Applied conditions
Value and price
Pourquoi penser au prix lors de la sélection des aimants N52 ?
Many of our clients are shocked to hear that the performance qualities of N52 may vastly outperform the necessary application standards. N52 neodymium magnets are made from one of the priciest grades of neodymium, yet occasionally a lower grade will work just as well for a lot less money. To assist you in selecting the best magnet for your application, Dura Magnetics’ magnet experts provide assistance.
What issues could arise with N52 magnets?
Utilizing foreign suppliers with standards that permit alloy impurities is frequently to blame for problems with N52 magnets. As a result, it is crucial to adequately assess providers before placing an order.
A useful case study is provided by the recent experience of one of Dura Magnetics’ customers. Our customer requested testing of a competitor’s product due to subpar performance. The source claimed the material was 52MGOe grade, however scientific testing and analysis by Dura Magnetics showed that the material was really 33MGOe quality.
The BH Curve shows an unusual drop in the figure below, which is a sign that the magnetic alloy has impurities.
The recent experience of this consumer is, regrettably, rather typical. There are many low-quality neodymium magnets on the market as a result of overseas manufacturing mills offering poorer quality in order to offer cheaper prices and distributors lacking the capabilities to fully assess the material delivered to consumers. When this happens, an unauthorized mill could rubber-stamp subpar materials, which hurts the client.
How can the best N52 magnets be guaranteed?
Dura Magnetics tests samples from every shipment to assure adequate quality grade, and client orders are shipped with proof that the licensed neodymium magnet alloys can be traced back to the patent holders.
When a customer is unsure of which material to use or detects a quality issue, our team’s thorough internal testing and analysis certifies a current material type and, if an alternative is available, advises the most suitable magnet.
Additional queries regarding N52 magnets?
Contact Balin Magnet right now to discuss the particulars of your application, get a sample, take advantage of our testing, or discover more about neodymium magnets.
