WE SELECT INNOVATIVE PRODUCTS AND SOLUTIONS
FOR THE DEVELOPMENT OF THE ELECTRIC MACHINES
CASE STUDIES
Our research at the service of our customers
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HEAT RESISTANCE OF INSULATION MATERIALS
The thermal capabilities of electrical insulating material are often measured referring to the standards IEC 60216-1 and IEC 60216-2. The standards explain how to determine the temperature index (TI), that is the temperature at which a chosen parameter reaches a critical value, after 20.000 hours lifetime. In case of elastomers like polyolefins the norm IEC
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Adhesives for magnets
A permanent magnet rotor is an important component within a Brushless motor/generator, but how can we be sure it is performing, assembled efficiently and able to withstand the mechanical stresses it will undergo during use? We answer the first question in our lab, which guarantees the quality of the supplied magnets, but also verifies the
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News
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Advantages and Disadvantages of Electro-insulating Varnishes for Electrical Equipment
Varnishing an electric motor is necessary to maximize operational performance over time. We have seen that an electro-insulating varnish must ensure electrical insulation and protection of the equipment, and the choice varies depending on the component to be impregnated. You can explore the characteristics of these varnishes in this article. However, it is also important
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Resins and Varnishes for Electrical Equipment: Different Products for Different Applications
To maximize the benefits of impregnating electrical equipment, choosing the right product is crucial. There are various types of resins and varnishes for motors, transformers, electronic boards, etc., each possessing distinctive properties that make them suitable for specific applications. The Evolution of Electro-insulating Products: New Solutions for Enhanced Operational Performance The primary characteristic of an
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Impregnation Methods for Electric Motors: The Best Choice for Lasting Performance
Impregnating electric motors is a procedure that requires highly specialized professional skills. The impregnation process and methodology are difficult to standardize and vary depending on the specific case. Only by choosing the optimal impregnation method for the technical and physical characteristics of a specific motor and/or transformer can operational performance be maximized over time. Below
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