Magnets, key elements of the sector
Magnets play a vital role in many machines and tools used for the construction of houses and buildings. They are present in the mechanisms and devices of various construction equipment, such as crane processors and concrete mixer motors, where small magnets contribute to the operation of these complex machines.
In addition, the construction industry uses magnets to improve safety and grip. A common example is the magnetic handle screwdriver, which makes it easier to assemble screws and components, making construction tasks more efficient and safe
Fixing Materials
In construction, the precise fastening of materials is essential to ensure the strength and stability of structures. Ferrite magnets are widely used for this task, providing an effective solution for holding elements such as formwork panels in place during concrete pouring. Their magnetic power allows for robust fastening, ensuring precise and uniform results..
Handling Heavy Loads
On construction sites, lifting heavy loads is an unavoidable daily task. Ferrite magnets are used in magnetic lifting systems to simplify this process, making it easy to lift and move large materials such as steel beams and concrete plates. Thanks to their ability to produce a stable magnetic field, they ensure precise and safe handling of loads.
Magnets can be used in conveyors, plates, assemblies, separators, magnetized pulleys, tube grids, chutes, and cranes as scrap magnets. Construction magnets include magnetic sweepers, magnetic brushes, and towable magnets. Magnets are needed to separate ferrous impurities from non-ferrous materials. They separate metals from ore in the mining industry
Ferrite magnets for greater efficiency in energy and industry
Permanent magnet generators are a key technology in the field of electric power generation. Thanks to their efficiency and durability, they are finding increasing application in various sectors, especially in renewable energies such as wind and solar.
These are synchronous machines on which the rotor windings are replaced by permanent magnets.Since they do not need to be excited separately, rotor excitation losses (about 30% of total generator losses) are eliminated. In conclusion, high power density and small footprint with optimal efficiency at any speed, for maximum annual energy production and minimum cost of ownership
Application in renewable energies
Permanent magnet generators are a key technology in the field of electric power generation. Thankos to their efficiency and durability, they are finding increasing application in various sectors,especially in renewable energies such as wind and solar.
These are synchronous machines on which the rotor windings are replaced by permanent magnets.Since they do not need to be excited seperately,rotor excitation losses (about 30% oftotal generator losses) are eliminated. In conclusion, high power density and small footprint with optimal efficiency and speed, for maximum annual energy productionand mi,imum cost of ownership.
Permanent Magnet generators play an important role in the renewable energy sector. In wind turbines, for exemple, they allow a more efficient conversion of the kinetic energy of the wind into electricity. This increased efficiency contributes to better profitability and a reduction in the carbon footprint of energy installations.
ADVANTAGE
We have specialized advice to meet the needs of our clients. With the ressources at our disposal, we can manufacture your product tailor-made and with short delivery time.
