In Pictures: Wevo WEVOPUR 60210 FL T polyurethane protects EV battery management PCBs

An electric car parked in an urban area reflects the growing adoption of EVs where battery management systems rely on protective potting compounds like Wevo's new polyurethane.

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Charging infrastructure supports EV performance, with Wevo's WEVOPUR 60210 FL T safeguarding the PCB-level electronics that manage battery function.

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Indoor charging stations serve EVs whose battery management PCBs benefit from thermal and moisture protection provided by polyurethane encapsulation.

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A charging connector in use highlights the electrical demands on EV systems, which the WEVOPUR compound helps insulate up to 800 V.

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Urban charging points integrate greenery, underscoring eco-friendly transport that relies on durable potting materials for battery electronics.

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Public charging stations are common in cities, where Wevo's dam-and-fill polyurethane protects battery management PCBs from vibration and moisture.

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EV charging at a station demonstrates the need for reliable insulation in battery systems, a key function of WEVOPUR 60210 FL T.

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As modern vehicles navigate city streets, their battery management electronics stay protected with thermally conductive polyurethane encapsulation.

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A detailed look at an EV battery in the engine compartment shows the critical components that Wevo's potting compound shields from heat and stress.

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