Despite being a relatively new invention, the importance of ceramic brake pads have already made a significant impact on the automotive industry, gaining a reputation for their remarkable dependability and effectiveness. These advanced braking components have rapidly become the preferred choice for discerning vehicle owners who prioritize safety, performance, and longevity.
Ceramic brake pads have proven their worth through rigorous testing and real-world applications. Their consistent and reliable stopping power, even under demanding conditions, has made them a game-changer in the automotive world. Whether you’re navigating city streets, tackling challenging terrains, or cruising on the highway, ceramic brake pads offer a level of performance that instills confidence in drivers.
Why Brake Pads Are Important
One element of disc brakes are the brake pads. They are primarily employed in the automotive sector. Each disc rotor in disc brakes has two brake pads. Friction in brake pads transforms mechanical energy into heat energy.
The two brake pads press together on the rotating rotor when the brakes are applied, slowing the car down and bringing it to a stop.
After the Second World War, brake pads gained popularity. To swap out the drum brakes, they arrived. Drum brakes were replaced by brake pads in the majority of cars by the 1960s.
Brake pads are prone to deterioration. They may malfunction or cause car accidents if they are not properly maintained. It is therefore recommended to check your brake pads every 5000 miles.
Additionally, it is advised that you replace your brake pads after every 50,000 kilometers. Despite these recommendations, the upkeep requirements for brake pads vary depending on the vehicle.
Characteristics of High-Quality Ceramic Brake Pads
We have already talked about how crucial it is for a car to have brake pads. But how can you be certain that the brake pads in your car are effective and able to carry out all of their functions?
Advanced high-quality ceramic-silicon carbide makes up a sizable portion of ceramic brakes. SiC ceramics’ exceptional qualities give the brake pad unique qualities that increase its rigidity and durability.
Brake pads are also made from other ceramics, like alumina and boron carbide. The qualities and importance of ceramic brake pads are listed below.
Resistance to Brake Fade
In general, good ceramic brake pads may prevent brake fade. The most common reason of brake fade is overheating in the brake pads, which happens when the brake is engaged and kinetic energy is transformed into heat energy. The effectiveness of ceramic brake pads is significantly reduced by brake fade.
Resistance to oxidation and corrosion
Corrosion and oxidation should be resistant in a good ceramic brake pad. Chemical exposure should not affect its ability to maintain its mechanical qualities. The half-life of a brake can be significantly shortened by corrosion and oxidation.
Low Coefficient of Friction
When selecting a ceramic brake pad, one feature to watch out for is a low coefficient of friction. The friction coefficient needs to be low enough to prevent wheel locking. But it shouldn’t be so low that the stopping power is insufficient. An ideal ceramic brake pad has a friction coefficient of between 0.3 and 0.5.
Common Benefits of Ceramic Brake Pads
Brake pads made of ceramic are a recent invention. They are now utilized, though, by well-known car manufacturers including Mercedes Benz, Jaguar, Lexus, Range Rover, and others. What distinguishes ceramic brake pads from other kinds of brake pads, exactly.
Historically, ceramic brake pads have outlasted previous types of brake pads.
Reduced Brake Dust
Compared to other types, ceramic brake pads have a higher wear resistance. They consequently generate less brake dust. Other brake pads might generate enough dust to compromise other disc rotor parts, but ceramic brake pads don’t.
Ceramic brake pads don’t generate a loud noise like other types of brake pads, such fully metallic brake pads. This is due to the loudness they generate exceeding the human hearing range.
Compared to other types of brake pads, ceramic brake pads often display greater stability over a wider temperature range.
Additional Forms of Brake Pads
Organic Brake Pads
The softest sorts of brake pads are organic brake pads. They wear easily due to their usual softness. Additionally, given of how quickly they wear, they are likely to generate enormous amounts of brake dust. The other parts of the brake disc are eventually impacted by the brake dust. Glass, rubber, and resin are the most common materials found in organic brake pads. In cars that employ organic brake pads, it’s crucial to change the brake pads periodically.
Metallic-semi Brake Pads
Metals and synthetic materials are used to create semi-metallic brake pads. When compared to organic brake pads, they are typically more heat and wear resistant. For strong braking applications, semi-metallic brake pads are not the best option. They do, however, persist longer when more metals are added to them.
The importance of ceramic brake pads cannot be overstated. Their impressive blend of reliability, longevity, environmental benefits, and quiet performance makes them a compelling choice for modern drivers.