What are the effects of deformed car wheel hubs?
2 Answers
The effects of deformed car wheel hubs include: 1. The car may shake while driving; 2. The tire may not fit properly with the wheel hub, leading to increased gaps; 3. Unstable tire pressure, which can cause dangers such as tire blowouts or bursts. The wheel hub is the rotating part of the wheel steel inside the tire connected by columns, i.e., the metal component that supports the center of the tire mounted on the axle. It is also called the rim, steel ring, wheel, or wheel disc. Depending on the characteristics and requirements of different vehicle models, the surface treatment process of wheel hubs may vary, generally divided into painting and electroplating. For ordinary vehicle models, wheel hubs are less considered in terms of appearance, with good heat dissipation being a basic requirement. The process mostly involves painting treatment, i.e., spraying followed by electric baking, which is cost-effective, provides bright colors, and maintains durability. Even if the vehicle is scrapped, the color of the wheel hub remains unchanged.
Deformed car rims compromise safety. I personally experienced severe steering wheel vibrations while driving, especially feeling unstable at high speeds. After the rim gets dented and loses its roundness, the wheel rotation becomes unbalanced, transmitting vibrations directly to the car body and significantly reducing handling. The car becomes prone to skidding during turns, especially dangerous in rainy conditions. The tires endure extra stress with uneven wear that may lead to blowouts, drastically increasing accident risks. I solved the problem by promptly replacing the rim at a professional shop. Normally, slowing down when crossing potholes and regularly checking wheel balance can detect issues early—don't wait until an accident happens to regret it.
