Magnetic Separators

Magnetic filters are devices used to separate ferrous particles from liquids or gases. They consist of a set of magnetic tubes with high intensity magnets mounted inside, which attract and hold ferrous particles in the liquid or gas that flows through them.

These magnetic filters are used in the food, pharmaceutical, chemical, and material processing industries to remove ferrous particles from liquids or gases, and protect processing equipment and machinery from corrosion and wear.

Magnetic filters can be designed with different levels of filtration, depending on the size and amount of ferrous particles to be removed. They can also be designed with different configurations, such as in-line filters, pipeline filters, and cartridge filters, depending on the specific application.

Separating magnetic drums are equipment used to separate ferrous materials from non-ferrous materials in industrial processes. They consist of a cylindrical drum that rotates around a horizontal axis and is equipped with permanent magnets or electromagnets. The materials to be separated are fed into the drum by means of a hopper and, due to the action of the magnets, the ferrous particles are attracted and retained on the surface of the drum, while the non-ferrous materials continue their path towards the outlet. of the drum

Magnetic separator drums are used in a variety of industrial applications, such as mining, material recycling, cement production, the food industry, and glass production, among others. These equipment can be designed in different sizes and configurations to adapt to the specific needs of each application.

Magnetic grates for liquids or granules are devices used to separate ferrous materials from liquids or granules. They consist of a set of magnetic tubes or plates with high-intensity magnets mounted inside. When the liquid or granular material flows through the magnetic grids, the ferrous materials are attracted and retained on the magnets, thus separating them from the rest of the material.

These magnetic grids are very useful in the food, pharmaceutical, chemical and material processing industry to separate ferrous particles from liquid or granular materials. They are also used in the removal of ferrous impurities, in piping systems, to protect pumps, valves and other equipment.

Magnetic grates for liquids or granules can be of different sizes and designs, and their efficiency depends on the size and strength of the magnets, as well as the flow rate of the liquid or granules. It is important to keep in mind that these magnetic grids must be installed and maintained correctly to guarantee their efficiency in the separation of ferrous materials.

Magnetic rollers are equipment used for the separation of ferrous materials from non-ferrous materials in industrial processes. They consist of a cylindrical drum that rotates around a horizontal axis and is equipped with permanent magnets or electromagnets. The materials to be separated are fed into the roller by means of a hopper and, due to the action of the magnets, the ferrous particles are attracted and retained on the surface of the roller, while the non-ferrous materials continue their path towards the outlet. of the roller.

Mag rollers are used in a variety of industrial applications, such as mining, material recycling, cement production, the food industry, and glass production, among others. These equipment can be designed in different sizes and configurations to adapt to the specific needs of each application.

Magnetic bars are devices made up of a stainless steel tube that contains permanent magnets inside. These bars can have different diameters and lengths, and are mainly used for the separation of ferrous particles in liquids and granular products.

Magnetic bars are installed in pipes or tanks and, due to their magnetic attraction power, the ferrous particles present in the fluid or product are retained on the outer surface of the bar, thus allowing the separation of non-ferrous materials.

Bar magnets are used in a variety of industrial applications, such as in the food, pharmaceutical, chemical, plastics production, and mining industries, among others. These bars are easy to install and maintain, and their efficiency in separating ferrous particles depends on the type and strength of the magnets used.

Neodymium magnetic plates for metal particle removal can have different sizes and shapes depending on the needs of the specific application. Furthermore, its ability to retain metal particles will depend on the type and strength of the magnets used.

It is important to note that neodymium magnetic plates must be maintained and cleaned regularly to ensure their efficiency in removing metal particles. Cleaning can be done manually or through an automatic cleaning system, depending on the frequency and amount of metal particles retained on the plate.

Magnetic lifters are devices designed to lift and transport heavy ferromagnetic objects safely and efficiently. These devices use magnetic force to hold objects and lift them.

Magnetic lifters are composed of a permanent or electromagnetic magnet, a magnetic circuit, and a protective casing. The casing protects the magnet and prevents it from being damaged if the object to be lifted falls. Magnetic lifters are controlled by a switch that turns the magnetic field on and off.

Magnetic lifters are widely used in the industry to lift and move heavy objects, such as steel bars, machinery parts, sheet metal, among others. They are especially useful in work areas where the use of cranes or mechanical lifting equipment is difficult or impossible.