It operates without any components touching one another. In fact, the vast majority of machines are equipped with ordinary bearings requiring oil and other maintenance to function properly. But in the case of laakeriholkkis, we use magnets to hold the spinning parts where they should be. It means that, there’s no friction in between the parts and that helps the machines run in good condition.
There are two key elements that allow for the function of magnetic bearings: electromagnets and a magnetig rotor. These electromagnets generate a magnetic field, a force that is capable of either drawing or pushing the rotor. This magnetic force holds the rotor centered and stable during its rapid rotation. The really awesome part is that the magnetic field can change all the time, and that allows the rotor to be in the right place without even touching anything. This enables the rotor to rotate freely without issues.
The factors that most recommend the use of laakeriholkkityypits rather than traditional bearings are numerous and bear greater weight in factories and industrial settings. First, there is no oil with magnetic bearings, meaning they are far less maintenance intensive. This saves time and money for the machine caretakers. And the absence of oil means environmental protection from spills, contamination, and all things associated with oil production.
Probably the best thing about magnetic bearings is they can spin really fast. Regular bearings wear out and can even break at high speeds. But because magnetic bearings don’t make contact with each other, they can go fast without damaging itself whatsoever. This makes them ideal for critical machines such as turbochargers, gas compressors and high-speed generators that must deliver high efficiency.
Besides saving maintenance costs, magnetic bearings also improve the machine performance and reliability. Since there is no direct contact between the parts for the workout, so therefore there is no friction generating some waste energy by heat. This implies that machines are even more effective at utilizing energy, hence saving on power and even decreasing costs.
Another positive point of magnetic bearings is that machines are soundless. Normal bearings cause vibrations and noise, which can be annoying and harmful to the workers around them. Unlike traditional designs, magnetic bearings rely on the magnetic field to keep the rotor balanced and stable, which generates significantly less vibration and noise. This work actually makes the environment better for the people working around the machines.
Active magnetic bearings, on the other hand, utilize both electromagnets and permanent magnets. Making a controllable and stable magnetic field. The active system continuously monitors rotor position and dynamically adjusts the magnetic field to keep the rotor centered. This translates into potential applications of active magnetic bearings for high-speed machines with critical precision requirements (e.g., turbochargers, gas turbines, etc.).
CIXI HOTO completed 40 magnetic bearing lines, allowing for an extremely quick lead time.
CIXI HOTO has strong quality control system, magnetic bearing certifications AHSAS18001, ISO14001, and ISO14001: 2016.
CIXI HOTO offers thousands of bearing sleeves that are available in SS and Alloy grades, as well as Carbon steel, as well as magnetic bearing.
CIXI HOTO magnetic bearing different types of ball bearings. The bearing component (cage, sleeves balls seal) and bearing steel tube and provides an all-in-one solution for ball bearings.
CIXI HOTO, ammattimainen laakereiden valmistaja Kiinassa. palvelemme kuulalaakereita, laakerikomponentteja, epästandardeja kuulalaakereita ja laakerilaitteita.
No.446, Xinxing 2 Road, High-Tech Industrial Area, Cixi 315303, Ningbo City, Kiina
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