Ndfeb magnets are widely used and have their unique advantages in many aspects.
Magnet coating is used to reduce the sensitivity of magnets to corrosion and other negative environmental factors that may cause magnet degradation. Strong magnet coating is similar to ordinary paint, but is mixed with small iron powder particles. Rare earth magnetic coating materials include nickel, copper, chromium, gold, black zinc, epoxy resin, etc. The coating of the magnet is very thin, so it has almost no effect on the magnetic properties of the magnet itself.
Magnets I'm sure many of you know. But a magnetic component should someone ask, a component? What does that mean? Magnetic component refers to a component composed of a magnet and hardware or plastic. Let's introduce the magnetic components in detail
Many users first understand the performance, principle, structure, appearance, etc. of magnetic separator equipment when choosing it. However, few people consider the advantages and disadvantages of magnetic separator equipment. Do you know the advantages and disadvantages of various magnetic separator equipment? Regarding the issue, today we will briefly introduce several types of magnetic separator equipment.
Magnetic filter is a device that filters pollutants by applying magnetic principles. It can effectively remove ferromagnetic and cobalt magnetic particles from liquids and gases, and is widely used in industrial and laboratory settings.
As is well known, a pot magnet is a magnetic component that embeds a powerful sintered neodymium iron boron magnet into a durable steel shell or groove. Sometimes also known as a pot, hence it is called a "pot" magnet. It is also known as a cup magnet or mounting magnet, which holds the magnet in place. Permanent magnets are very brittle and easy to break, while their magnetic force is limited. Strong Potsticker can solve these problems. The steel shell provides a safe place for strong circular/rectangular permanent magnets embedded in it, while the shell or pot provides magnetic shielding, concentrating the magnetic force on only one surface and enhancing them. Most pot magnets can be heated up to a temperature of up to 80 ° C without losing magnetization.
