Does a black car absorbing heat in summer cause damage to the car?

[VonEverly]

A black car absorbing heat in summer does not cause excessive damage to the car, but it is advisable to park in the shade as much as possible to better protect the car's engine. Below is more information about car engines: 1. Introduction: An engine (Engine) is a machine that can convert other forms of energy into mechanical energy. The engine can be used as a power generation device or refer to the entire machine including the power device (such as a gasoline engine or an aircraft engine). 2. Classification: Engines include internal combustion engines (reciprocating piston engines), external combustion engines (Stirling engines, steam engines, etc.), jet engines, electric motors, etc. Among them, the valve drive mechanism adopts a hydraulic support roller rocker structure. Compared with the hydraulic tappet valve drive mechanism commonly used in gasoline engines today, this novel valve drive mechanism has the advantage of relatively small friction torque, thus requiring less driving force, which can effectively reduce engine power consumption and fuel consumption.

[StPeyton]

I've been driving a black car for ten years, and it does get scorching hot in summer. The car paint tends to fade and crack under prolonged exposure to the sun, especially with cheap paint jobs. The headliner ages quickly under high temperatures, and I've seen cars with sagging headliners. The worst part is the dashboard—plastic parts expand and contract with heat, causing creaking noises, and LCD screens are prone to premature aging. Lifting the wipers when parking can prevent rubber blade deformation, and it's best to use a sunshade for the windshield. However, a well-maintained black car still looks very classy—it just requires extra effort to care for the paint.

[DiBennett]

As a female car owner, I pay special attention to the in-car environment. Getting into a black car in summer is pure torture—the steering wheel gets so hot you can barely hold it. High temperatures accelerate the aging and cracking of leather seats, especially genuine leather ones. What's more concerning is that formaldehyde emissions increase, so I always roll down the windows for five minutes of ventilation before getting in. Prolonged exposure to sunlight can also harden rubber seals, creating potential water leakage issues. Fortunately, advanced heat-insulating film technology is available now, and applying a high-quality film can lower the temperature by 7-8 degrees.

[ColeLee]

From a materials science perspective, there is indeed an impact. Automotive paint resin accelerates oxidation above 85°C, with black car surfaces reaching 80°C. Tire rubber experiences faster molecular chain breakage at high temperatures, increasing blowout risks. My actual measurements showed black hood temperatures 20°C higher than white ones, significantly damaging wire rubber sleeves. However, the structural steel strength remains unaffected, and the engine cooling system can handle it. The main damage concentrates on the lifespan of rubber/plastic components and electronic elements.