What are the difference between the OEM and aftermarket brake pads?

Different grades of brake pads are available from varying suppliers, and the comparison is often OEM vs aftermarket brake pads. Which is the right choice for your vehicle, though, and what are the tradeoffs between the different types of brake pads?

OEM VS AFTERMARKET BRAKE PADS: WHAT’S THE RIGHT CHOICE?cid=3

Brake Pad

WHAT ARE OEM BRAKE PADS?

The acronym OEM stands for Original Equipment Manufacturer, and it refers to parts that are made by your car’s manufacturer and are precisely the same as the ones it was equipped with off the factory assembly line. They’re often supplied to the OEM from another parts manufacturer, though, according to the specs your carmaker indicates. 

For OEM brake pads, certain qualities are quite common, and they’re almost all focused on the initial experience when you buy a car. The carmaker wants you to enjoy driving – including stopping – your car, with as little to complain about as possible. For most applications, they’re made of either ceramic or organic compounds to achieve these smooth-braking results.

 

WHAT ARE AFTERMARKET BRAKE PADS?

When you hear ‘aftermarket’, you might think of parts that are made to simulate the original parts, perhaps with a focus on lower prices. While that’s sometimes true, aftermarket brake pads are simply parts that have been designed for your vehicle that are NOT made by the vehicle manufacturer. It leaves the door wide open to an extremely large range of brands, types, applications, and qualities. 

Aftermarket parts, especially components related to safe driving like brake pads are manufactured to extremely high standards, much like OEM brakes. They fit like the original parts and are intended to stop your car effectively. Where they vary significantly is in the pad material composition. Often, you’ll find replacement aftermarket brake pads from the same brand in ceramic and semi-metallic materials, or even all three types. 

 

PROS AND CONS OF OEM AND AFTERMARKET BRAKES

When faced with different options to replace your current brake pads, which should you choose? Let’s look at a brake pad comparison, OEM vs aftermarket, to see the pros and cons of each.

OEM BRAKE PADS

Obviously, carmakers are confident that the brake pads they’ve chosen for the vehicles they build will suit the purpose they intend. Even so, there are pros and cons for their choice. 

For the positive side, OEM brakes: 

● Tend to be quiet on application

● Produce little dust that affects wheel appearance

● Have a smooth, soft pedal feel to stop the car

● Don’t damage the rotor much during their lifecycle

OEM brake pads aren’t perfect, though. Things to consider include: 

● They tend to wear out quicker than other choices due to their soft composition

● They often cost more than comparable aftermarket parts

● Stopping distances can be longer than you expect

● Heat dispersion can be an issue, causing warped rotors

● They aren’t designed for high-performance braking and can experience fade

AFTERMARKET BRAKE PADS

For virtually every car on the market, you’ll find aftermarket options for your brakes. Benefits for performance vary depending on if they’re ceramic, semi-metallic, or organic brake pads, but here are a few things to think about.

For ceramic brake pads​, you’ll notice they produce less dust than other options, there’s very little noise on application, and they don’t fade nearly as much as other types. They also don’t create much wear on rotors. However, they can require more braking effort to stop the car, and they’re the priciest option. They’re often the best brake pads all around.

For semi-metallic brakes, you’ll find they tend to wear out a little faster than ceramic but initially cost less. They disperse heat efficiently from the rotor, but their aggressive compound can create wear on the rotor during application. There’s also more brake dust than some other options.

For organic brake pads, you won’t hear much noise on application and the brake pedal feel is nice and soft. Brake dust is minimal, but they tend to wear out rather quickly. Organic brakes are inexpensive, typically.

评论

发表评论

此博客中的热门博文

High-Pressure Slurry Pump Explained

图片
  Welcome to the world of   high pressure slurry pump , where power meets precision. In this article, we delve into the intricacies of these robust machines, exploring their applications, benefits, and everything in between. If you're navigating the landscape of pumping solutions, this guide is your compass. High-Pressure Slurry Pump Explained What is a High-Pressure Slurry Pump? Embark on a journey to understand the core functionality of high-pressure slurry pumps. These mechanical marvels are designed to handle abrasive slurries with ease, making them indispensable in various industries. Applications Across Industries Explore the diverse applications of  slurry pumps , from mining operations to wastewater treatment plants. Their versatility and reliability make them a go-to solution in challenging environments. The Inner Workings Delve into the intricate details of how high-pressure slurry pumps operate. Understanding their mechanisms sheds light on why they are the pre...
阅读全文

What is the working principle of die cutting machine?

图片
Die cutting machines are essential tools in the world of crafting and manufacturing. These machines are used to cut various materials such as paper, fabric, and even metal into specific shapes and designs. The working principle of a die cutting machine involves a combination of mechanical and hydraulic processes to achieve precise and efficient cutting. At its core, a die cutting machine operates by using a die, which is a specialized tool that is used to cut, shape, and form materials into specific designs. The die is typically made of metal and is created with a sharp, blade-like edge that is used to cut through the material. The die is mounted onto a flat surface, and the material to be cut is placed on top of it. The machine then applies pressure to the die, causing it to cut through the material and create the desired shape. The working principle of a die cutting machine can be broken down into several key components: 1. Die: The die is the primary cutting tool used in the machin...
阅读全文

What is flexible coupling?

图片
  A  flexible coupling  is a mechanical device whose main function is to connect two shafts and transmit power. Compared with traditional rigid couplings, flexible couplings are flexible and can absorb axis misalignment and vibration. They are designed to reduce shock and noise in mechanical systems while increasing overall system efficiency and longevity. There are many types of flexible couplings, including flexible disc couplings, elastic sleeve couplings, universal joint couplings, etc. These different types of couplings are suitable for a variety of applications, such as high-torque transmission, high-speed operation, and high-precision alignment. The advantage of choosing a flexible coupling is that it can adapt to axis misalignment and reduce vibration and noise during equipment operation. This helps protect other components of the mechanical system and prolongs its service life. In addition, flexible couplings can simplify installation and maintenance and increase...
阅读全文