Are Ceramic Brake Pads Good?

Brake pads no doubt are essential to your car brake system. They work with other components of the brake system to bring your car to a halt when you want. Brake pads are created with materials that allow friction to occur. They are placed within the brake caliper so they squeeze against the brake rotors when you hit the brakes. This action creates the friction needed to stop the brake rotors from rolling thus stopping your car from moving.

Now, brake pads are of different types. They are grouped based on the friction material that is composed of. They are mainly classified into either ceramic, organic or metallic brake pads. Brake pads are susceptible to wearing and the need for a replacement when worn cannot be overemphasized. However, you may find yourself at crossroads when deciding what type of brake pad you should choose. 

The ceramic brake pad is a relatively new brake pad invention. They are also gaining preference among car owners. In the bid to purchase a good brake pad you ask what should you consider when choosing a brake pad? Are ceramic brake pads good? What are the ups and downs of ceramic brake pads? How do ceramic brake pads compare with metallic brake pads? Thus, this article is here to help. Let’s get started.

What To Consider When Choosing A Brake Pad

What makes a good brake pad goes beyond creating friction to bring your car to a halt. There are other factors to consider before making your choice of a brake pad. You should look at how fast the brake pad wears and how much noise it makes. You should also check how well it absorbs heat and releases it. Not to forget whether or not the brake pad gives off dust. All these are factors you look at before making your choice. 

Also, when going for a brake pad go for the quality. Sometimes you want to cut costs and choose cheap over quality. But then substandard brake pads may end messing with your brake system and cost you more money. Hence, as much as possible go for good quality brake pads.

Are Ceramic Brake Pads Good?

Ceramic brake pads are the newest brake pad invention. They are made of ceramic materials with a blend of copper fibers. They are popular in modern vehicles and are long-lasting. Ceramic brake pads are known to produce the least possible noise when you hit the brake. It gives off very little dust and performs well in stopping your vehicle when pressure is applied on the brakes. 

Ceramic brake pads are pricey but their durability makes their price worth it. They don’t get to wear and tear easily. They also help the brake rotors last longer by not wearing them. If you seek a noiseless brake pad, something durable and of good performance then a ceramic pad is a good bet. 

Pros Of Ceramic Brake Pads

Here are some advantages you get from using ceramic brake pads;

a. Makes Less Sound Compared To Other Brake Pads:

One of the reasons ceramic brake pads were invented was to minimize the brake noise. Though sounds are still given off when the ceramic brake pad is used, it is not audible to the ears. The frequency of the noise made can be rarely picked by the human ear. This makes the ceramic brake pad quieter than the conventional pads. With this, you get to enjoy your music inside your vehicle without the interruption of a brake pad’s noise.

b. Produces Less Dust And The Dust Are Lighter:

 With the conventional brake pads, you are guaranteed dark dust on your wheels and rim. This dust adheres to the surfaces and needs to be cleaned for your brakes to function well. However, for ceramic brake pads, the dust it produces is not thick and does not strongly adhere to your wheels. With this, you have smooth running brake pads and lesser work on maintenance.

c. Ceramic Brake Pads Are Durable:

With ceramic brake pads, there is usually a lesser need for a replacement. Conventional brake pads last about 60,000miles while ceramic brake pads could last more than 80,000 miles. Hence, you don’t get to spend much money on brake maintenance.

d. Have A High Performance:

The ceramic brake pad can create just the required friction to cause the vehicle to stop. It also gives off less heat when pressure is applied to the brake. This makes ceramic brake pads perform well in stopping a vehicle. 

e. Can Withstand Varying Weather Conditions:

This brake pad performs well both in hot and cold weather conditions. Oftentimes its efficiency is not affected by the weather. It has the same stopping ability when the roads are wet and when it is hot.

f. Ceramic Brake Pads Don’t Wear Easily:

These pads are from materials that can stand the heat and pressure of sudden stops. This means it is not easily damaged and it recovers quickly from the force of an applied brake. 

g. They Have Various Particle Sizes:

This allows you the alternative of choosing your best fit.

Cons Of Using Ceramic Brake Pads

a. It Does Not Absorb Heat Well Especially On Steep Grounds:

Ceramic is not a good absorber of heat. This means ceramic brake pads have a high chance of elevating your brake system temperature. This can however be managed when you drive at low speed.

b. Pads Ceramic Brake Pads Are Expensive:

 Ceramic brake pads are pricier than others. It may not be your best bet if you are on a close budget. It cost about 150 dollars for the brake pads. This is usually twice the cost of metallic and organic brake pads. 

c. It Is Affected By Extreme Cold:

During extreme cold, you may need more minutes warming up your vehicle to enjoy a ceramic brakes pad. It invariably means more fuel is used. At this period semi-metallic brake pad may be a better alternative.

d. Ceramic Brake Pads Are Not Usually Favorable For Towing:

Ceramic brake pads are not the best option for towing vehicles. When towing there is more pressure on your vehicle. When you apply the brakes, the pressure causes the ceramic brake pads to rub on other brake components. This causes more heat to be generated and more likelihood for wearing of other components.

e. Ceramic brake pads are made of copper fibers that may dent your brake rotors. This drawback is usually tackled by using good quality ceramic brake pads.

Between Semi-Metallic Brake Pads, Organic Brake Pad And Ceramic Brake Pads

Organic brake pads compared to the others are quieter and softer than the rest. They are created from a mixture of glass, metal, ceramic, fiber, rubber and other materials. Compared to others they go easy on the brake rotors. They are also cheaper. They also meet the regular need for a brake system for regular drivers. However, they work with high dust production and wear more easily than others.

Semi-metallic or metallic brake pads are mostly made of metallic materials. They have a high performance and are better heat absorbers. They work well under heat or cold conditions. However, semi-metallic brake pads produce more noise than organic or ceramic brake pads. They are harder on other components of the brake system. They also produce more dust compared to ceramic brake pads.

Semi-metallic brake pads are oftentimes the pad of choice when a car is used for towing or requires high performance. This is because they function well in extreme weather and have good braking power. They are less expensive than ceramic but more expensive than organic brake pads

Ceramic brake pads create lighter dust and are not as noisy as the semi-metallic brake pads either. Compared to the other two, they are more durable. They too withstand varying weather conditions but not as the semi-metallic brake pads. However, not all vehicles work well with ceramic brake pads. They don’t wear easily but they are not as soft on the rotors as organic brake pads. 

What Is The Best Brake Pad To Buy

Your choice of brake pad is dependent on your budget and your driving needs. Good knowledge of the benefits and cons of the different brake pads will also help in your decision. Also, you can consult with a skilled automobile mechanic. They should give good recommendations for your vehicle.

Conclusion

Ceramic brake pads have their good and bad just like any other brake pad. They are quiet and need lesser maintenance. They also have a good braking force. Some of its shortcomings are its cost and low heat absorption