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In this article we will talk about how, in industrial automation systems, innovation passes from bearings (ceramic bearings, super-concrete bearings...).
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Bearing and lubrication
The selection of the type of rolling bearing to be used in a machine or plant requires a careful analysis of parameters, such as static and dynamic load capacities of the bearing. Hover, too often a fundamental aspect for the correct functioning of...
Ceramic bearings for chemically aggressive environments
An important aspect to be carefully considered when machines or systems operate in chemically aggressive environments is the corrosion that occurs in mechanical components. In these environments, bearings can be in direct contact with highly...
Ceramic bearings to reduce friction: 6 facts to know
In some applications it is important to try to maximize the performance of mechanical transmissions. An important source of energy dispersion is represented by the bearings due to the friction inside them. Trying, therefore, to reduce friction to...
Ceramic bearings: electrically insulated and non-magnetic
In this article we will talk about ceramic bearings: electrically insulated and non-magnetic, in more detail we will discover how a ceramic bearing, once again, can prove to be an effective solution. Fully ceramic bearings can be an extremely...
Ceramic bearings for high and very high temperatures
In machinery that must operate in high or very high temperature environments, such as, for example, furnaces for iron and steel industries, furnaces for heat treatments or food furnaces, the choice of the type of bearing and the appropriate...
Ceramic bearings: winning solution for magnetic fields
Ceramic bearings can prove to be the winning solution for applications in the presence of magnetic fields. In this article we will discuss the application of the ceramic bearing in case of magnetic fields.
