Some People Replace The Brake Pads Of Their Cars With Ceramic Ones. Why?

Our brake pads predominantly consist of ceramic and semi-asbestos and semi-metal materials. There are two variations of semi-metal and semi-asbestos brake pads: low dust and high dust. High dust brake pads are usually utilized in European and American cars. These brake pads offer superior braking performance and a higher friction coefficient. However, they have a shorter lifespan and tend to blacken the wheels.

In general, Japanese and Korean cars are equipped with brake pads that are formulated with low-dust. This type of brake pad offers better wear resistance and a slightly lower friction coefficient, resulting in less blackening on the wheels. However, there has been a recent introduction of a new ceramic brake pad formula. This formula boasts many benefits including a longer lifespan, less noise, reduced dust, a moderate friction coefficient, and excellent high temperature resistance.

Ceramic brake pads share a similar structure to the brake pads commonly used in vehicles. However, the key distinction lies in their friction materials. Unlike traditional brake pads, ceramic brake pads do not contain any metallic elements. Metal is the primary component for generating friction in conventional brake pads, offering high braking force but causing significant wear and noise issues. Nevertheless, ceramic brake pads overcome these drawbacks by utilizing different friction materials.

Traditional brake pads have a high metal fiber content, which makes them particularly susceptible to producing sharp abnormal noises during braking in cold, dry, and hot conditions. This issue is especially noticeable when driving after parking at night, as the brake pads are more prone to generating abnormal noises.

What are the advantages of ceramic brake pads?

The mute effect of ceramic brake pads is commendable due to their metal-free composition. When ceramic brake pads come into contact with the brake disc during frictional braking, they do not generate any screeching sounds typically associated with metal components.

Ceramic brake pads offer a significantly longer service life compared to traditional brakes, as they can last 50% longer. While traditional brake discs typically have a service life of around 60,000 kilometers, ceramic brake pads can reach an impressive 100,000 kilometers. One notable advantage of ceramic brake pads is that even when they wear out, they won't leave any scratches on the brake disc. This characteristic ensures that the braking system remains intact and functioning effectively throughout its extended lifespan.

When vehicles brake, the heat generated from the friction between the brake pads and discs can reach up to 800-900℃, which can cause thermal degradation in regular brake pads, significantly reducing their braking effectiveness. However, ceramic brake pads can withstand high temperatures of up to 1000°C and still maintain excellent braking performance while dissipating heat effectively. Their ability to maintain good performance even in extreme heat is a testament to their high temperature resistance.

Ceramic brake discs are designed to have a high friction coefficient, thanks to their unique materials and processing. This results in a superior braking effect compared to traditional brake pads. The high friction coefficient allows for a more effective transfer of kinetic energy, helping to bring your vehicle to a safe and prompt stop when you need it most. Additionally, ceramic brake discs are built to withstand high temperatures, ensuring consistent performance even under extreme conditions. Overall, these advanced brake systems offer a significant upgrade over standard pads and are a smart investment for any driver concerned with safety and performance.

If you're wondering whether ceramic brake pads are worth the extra cost, the answer is yes. Even though they may be pricier than regular brake pads, ceramic brake pads offer many benefits that make them a wise investment. For one, they provide excellent braking power without causing excessive wear and tear on the brake disc. Additionally, they have a long lifespan, meaning you won't have to replace them as often as you would with standard brake pads. These advantages make ceramic brake pads a smart choice for anyone who wants to ensure their vehicle's safety and longevity. Hence, many people opt to upgrade to ceramic brake pads for these reasons.