What makes electric vehicles different?
Electric vehicles are broadly the same as conventional cars when it comes to paint care needs — paint is paint, regardless of what drives the wheels. But there are a few factors that make coating particularly relevant for EV owners.
Quieter cabin means more awareness of road noise on the paint
Electric vehicles are very quiet — and this means the owner's awareness of stone chips and road debris hitting the paintwork is heightened. Many EV owners notice stone chips striking the paint that they would never have noticed in a conventional car. This makes PPF on the front particularly relevant.
Less brake dust from regenerative braking
Electric vehicles use regenerative braking, which reduces wear on conventional brakes. This actually produces less brake dust than a comparable petrol car — and therefore slightly less contaminating deposit on the paintwork. That is a small advantage for coating longevity.
Weight and tyre behaviour
Electric vehicles generally weigh more than conventional cars (the battery pack). This causes more tyre wear and therefore more rubber particles in the air, which can deposit on the car. The coating makes these deposits easier to remove.
Charging cables and daily wear
The daily connection of the charging cable causes wear to the paintwork around the charge port, and in tight car parks the risk of door scratches is high. Ceramic coating and PPF on these areas is a sensible investment.
Otherwise: the coating works the same way
The chemical protection, UV resistance, hydrophobicity and service intervals are the same as for conventional cars. A professional detailer with experience in EV-specific needs is your best adviser.