Neodymium Magnets

 Neodymium magnetic discs have the north pole and the south pole on flat circular surfaces, they have axial magnetization. In those discs in which the magnetization is diametral, it is indicated in a specific way.

Currently, the neodymium-iron-boron alloy is the most powerful magnetic material in the world. With small surfaces, magnetic neodymium discs generate considerable clamping forces. Therefore, they are suitable for many areas of application, because although the surface of the magnetic discs is small, they generate a considerable clamping force. In Imagnetshop you will find magnetic disks of all sizes, from small flat magnets of a few millimeters in diameter to powerful neodymium magnetic disks with a large surface.

A neodymium adhesive disc is a neodymium magnet with an adhesive on the back that allows it to be attached to flat surfaces. These neodymium adhesive discs are commonly used in applications such as holding posters, organizing tools in workshops, fixing objects to metal surfaces, among others.

Neodymium adhesive discs are known for their great attractive force, which allows them to hold heavy or bulky objects. However, it is important to note that their holding power depends on the surface they are attached to, so you need to make sure the surface is flat, smooth and clean before sticking the neodymium adhesive disc.

 Neodymium blocks are rare earth magnets characterized by having a high magnetic force in relation to their size. These magnets are made of an alloy of neodymium, iron and boron, and are rectangular or square in shape.

Neodymium blocks are manufactured in a wide variety of sizes and magnetic degrees, allowing them to be adapted to different needs. Additionally, some neodymium blocks may have coatings of nickel, gold, zinc, or other materials to protect them from corrosion or improve their appearance.

 Neodymium ring magnets or also known as ring magnets are cylindrical magnets that have an opening in the core of the magnet creating a magnetic field. This type of magnet has superior properties to other more conventional magnets. Neodymium rings are made from a fusion of NdFeb (neodymium, iron, and boron).

Neodymium rings are manufactured in a wide variety of sizes and magnetic degrees, which allows them to be adapted to different needs. Additionally, some neodymium hoops may have coatings of nickel, gold, zinc, or other materials to protect them from corrosion or enhance their appearance.

  Externally Threaded Neodymium Bases are devices used to attach objects to metal surfaces using a neodymium magnet with a thread on the end. These bases are very useful in applications where temporary fixing is required or where an invisible hold is desired, as the thread allows the base to be hidden below the surface.

Externally threaded neodymium sockets are made of an alloy of neodymium, iron and boron, and have a high amount of magnetic energy relative to their size and weight. The external thread is designed to accommodate different screw sizes, allowing it to be used in a wide variety of applications.

These bases are commonly used in the manufacture of signs, signs, displays, and other advertising products, as well as in furniture construction, and in engineering and mechanical applications.

  Internally threaded neodymium bases are devices used to fix objects to metal surfaces using a neodymium magnet with a central thread. These bases are very useful in applications where a temporary hold is required or where invisible fixing is desired, as the internal thread allows the base to be hidden below the surface.

Internally threaded neodymium bases are made of an alloy of neodymium, iron, and boron, and have a high amount of magnetic energy relative to their size and weight. The internal thread is designed to accommodate different screw sizes, allowing it to be used in a wide variety of applications.

These bases are commonly used in the manufacture of signs, signs, displays, and other advertising products, as well as in furniture construction, and in engineering and mechanical applications.

 Neodymium base magnets, also known as container magnets, are magnetic systems which are characterised by their high holding power and low weight. Neodymium bowl magnets have a neodymium-iron-boron alignment, a high holding force, which allows for a larger adhesive surface.

  Countersunk magnets are neodymium magnets that have been placed in a countersunk hole in a piece of metal. The countersunk hole allows the top of the magnet to sit flush with the metal surface, allowing the piece of metal to be attached to another metal surface using the magnetic force of the magnet.

Neodymium countersunk magnets are very useful in applications where temporary holding is required or where invisible fixing is desired. Because neodymium magnets have a large amount of magnetic energy when it comes to their size and weight, these magnets are especially useful in applications where a strong holding force is required in a confined space.

 A neodymium base with hole and metric is a magnetic piece made up of a neodymium magnet with a hole in the center and a metric thread. The metric thread allows the base to be attached to a surface using a screw or bolt.

These bases are very useful in applications where temporary or permanent fastening is required using a screw or bolt. Some application examples include fastening doors, panels, signs, lights, and other components to metal surfaces.

It is important to note that, as with any neodymium magnet, hole and metric neodymium bases can be hazardous if swallowed or brought too close to magnetically sensitive objects, and should be handled with caution. In addition, the holding force of the magnet will depend on several factors, such as the size of the magnet and the strength of the magnetic field at the mounting surface, so the proper magnet must be selected for each specific application.

  A nylon coated neodymium base is a magnetic part consisting of a neodymium magnet with a nylon coating on the surface. Nylon is a strong and durable material that provides additional protection to the magnet against corrosion and wear, as well as prevents the magnet from scratching or damaging sensitive surfaces.

These bases are very useful in applications where a strong hold and protection of sensitive surfaces are required at the same time. For example, they are commonly used in the automotive industry to attach interior components such as door panels and seats to the car body without damaging the paint or finish.

 A rubber coated neodymium base is a magnetic part consisting of a neodymium magnet with a rubber coating on the surface. Rubber is a soft and flexible material that provides an additional protective layer to the magnet against corrosion and wear, as well as prevents the magnet from scratching or damaging sensitive surfaces.

These bases are very useful in applications where a strong hold and protection of sensitive surfaces are required at the same time. For example, they are commonly used in the point-of-sale industry to affix billboards or signs to metal or glass surfaces without scratching or damaging the surface.

  Polyurethane bases are magnetic pieces made up of a neodymium magnet covered with a layer of polyurethane on the surface. Polyurethane is a strong and durable material that provides additional protection to the magnet against corrosion and wear, as well as prevents the magnet from scratching or damaging sensitive surfaces.

These bases are very useful in applications where a strong hold and protection of sensitive surfaces are required at the same time. For example, they are commonly used in the furniture industry to fix glassware, mirrors, and other decorative objects to wooden surfaces without damaging the surface.

Polyurethane backings are also popular in home and office applications, such as attaching magnets to the back of objects such as photos, calendars, and notes without damaging the surface to which they are attached.

 An internally threaded tall neodymium base is a type of neodymium magnet used as a holder or fastener in various applications. It is designed with an internal thread in the center of the magnet, which allows it to be attached to metal surfaces using screws or bolts.

These neodymium bases are commonly used in the industry to clamp and hold heavy or delicate objects in place, such as glass panels, signage, billboards, and more. They are also used in automotive applications such as fastening panels and interior components.

 A neodymium cylindrical base refers to a neodymium magnet in the shape of a cylinder. Neodymium is a very strong rare earth magnetic material and is used in the manufacture of permanent magnets due to its exceptional magnetic properties. These magnets are popular in high-tech applications such as electronics, automotive, medical, and the energy industry.

Neodymium cylindrical bases are especially useful in the manufacture of electric motors, generators, speakers, magnetic levitation devices, and other equipment where a very powerful magnetic force is required in a limited space. Due to their high resistance to demagnetization, these magnets are very durable and maintain their magnetic force for a long time.

  Hook magnets are magnets that have a metal hook attached to them. These magnets are useful for hanging heavy objects or metal tools from a magnetic surface, such as a wall, ceiling, or metal shelf.

Hook magnets are available in different sizes and magnetic strengths, making them useful for a variety of applications in the home, office, workshop, and industry.

Some of the more common applications for hook magnets include:

- Hang metal tools in a workshop or garage.

- Hang curtains or accessories on a metal wall.

- Hang kitchen utensils or tools in the kitchen.

- Hang lamps or decorations on a metal ceiling.

- Hang posters or signs on a metal wall.f

  Neodymium spheres are small balls made of a powerful rare earth magnetic material called neodymium. These spherical magnets are very popular in creative applications such as magnetic art, magnetic sculpture, and the construction of magnetic toys and games.

Neodymium spheres come in different sizes and magnetic strengths, allowing users to create a wide variety of magnetic shapes and designs. Spherical magnets can be assembled into complex three-dimensional structures, such as cubes, pyramids, spirals, and other creative designs.