4 Advice to Choose a commercial brake pads

05 May.,2025

 

Commercial Truck Brakes 101 – The Importance of Brake Pads - STTC

Newton’s first law of motion explains that an object will not change its motion unless an external net force acts on it. When you’re in a truck that weighs close to 35,000 pounds, you want to have the confidence that there is a force strong enough to stop it when in motion. The braking system is key to stopping any vehicle. Understanding brake pads is key to buying the right ones to fit your fleet’s trucks. Make a mobile truck tire repair service part of your safety culture and ensure your fleet vehicles have high quality, optimally functioning brake pads at all times. 

With competitive price and timely delivery, ALLMAX sincerely hope to be your supplier and partner.

Types of Brake Pads

Brake pads absorb the kinetic energy of the wheels and create friction against the rotors, which slows or stops the wheel’s rotations, allowing drivers to control the vehicle. Thus, it’s important that brake pads are in top condition and capable of doing their job to the highest level of safety.

There are several types of materials that brake pads are made of:

  1. Organic Brake Pads – Made of a blend of organic materials, such as rubber, glass or Kevlar, these brake pads are made for everyday driving. They won’t generate a lot of brake dust and don’t produce a lot of noise, but they will wear out faster than some other materials. They aren’t suitable for heavy-duty trucks.
  2. Semi-Metallic Brake Pads – These pads contain both organic materials and metal fibers, like steel or copper. These brake pads have good stopping power over organic pads, but they’ll be noisier and may wear the brake rotors out faster. These brake pads are preferred for heavy tow loads or steep terrains.
  3. Ceramic Brake Pads – Made of ceramic compounds and copper fibers, ceramic brake pads have a longer life than organic or semi-metallic pads. They can be more expensive, but they also have excellent stopping power. You can use these pads for urban traffic, or steep terrains or heavy tow-loads.
  4. Low-Metallic Brake Pads – These brake pads are better than organic brake pads, because they contain both organic materials and metal fibers, but they do generate more noise and dust. They are an affordable option over ceramic brake pads.

How Often Should You Replace Brake Pads?

Truck brake pads have a wear rating, which should give you an idea of when they will need to be replaced. Most brake pads last about 40,000 miles, but it can depend on where and how the truck is driven. Train your drivers to inspect the brakes on their trucks before each journey and know what signs of wear to watch for. In addition to visual inspections, when brake pads start to wear down, drivers may notice a reduced braking response or hear grinding noises when braking. Sometimes they may also experience vibrations when braking. Regular vehicle maintenance by your commercial truck service will help your team keep fleet trucks in the best shape.

Brake Pad Maintenance Is Critical to Safety

Commercial trucks are the heaviest vehicles on the road. It’s vital to everyone’s safety that truck brakes and brake pads are well-maintained so that the vehicle’s stopping power isn’t impacted. When your drivers do face a problem, STTC’s mobile truck tire repair service comes to your truck to make repairs and get it back on the road quickly.

The company is the world’s best commercial brake pads supplier. We are your one-stop shop for all needs. Our staff are highly-specialized and will help you find the product you need.

The Ultimate Brake Pad Guide - ADUI BRAKE

What Are Brake Pads?

Brake pads generally consist of a metal backing plate and a friction material. The metal backing plate provides structural support for the brake pad, ensuring proper integration with other components of the braking system. The friction material, situated on the surface of the metal backing plate, is the part that comes into contact with the disc, generating friction to slow down or stop the vehicle. These friction materials are typically composed of wear-resistant materials to ensure durability and braking performance.

When the rider presses the brake lever, it pulls the brake cable, transmitting pressure to the brake caliper. This pressure compresses the brake pads inside the caliper against the wheel's rim or disc. The friction surface of the brake pads makes contact with the wheel's rim or disc, generating friction force.

This slows down the rotation of the wheel's rim or disc, converting the bicycle's kinetic energy into heat energy, thereby decelerating or stopping the bicycle. When the rider releases the brake lever, the brake caliper releases the brake pads, allowing them to separate from the wheel's rim or disc, and the bicycle resumes normal operation." More information

The brake pads of E-bike/E- motor generate friction when they come into contact with the disc, converting the kinetic energy of the wheels into heat energy, achieving deceleration or stopping. This provides E-bike/E- motor with better braking performance and control. More information

The working principle of brake pads for industrial/agricultural machinery is similar to that of other vehicle braking systems. When the operator applies the brakes, the brake system transfers pressure to the brake pads, causing them to make contact with mechanical components(such as discs), thereby slowing down or stopping the machinery's motion.

When the brakes are released, the pressure is released, and the brake pads separate from the mechanical components, allowing the machinery to resume normal operation. More information

Choosing the right brake pads is crucial for vehicle performance and safety. Different vehicles may require different types of brake pads to meet their performance and usage requirements. For instance, high-performance vehicles might necessitate brake pads with higher temperature tolerance and more robust braking capabilities, while daily-driven passenger cars might prioritize comfort and longevity.

The performance of brake pads is influenced by various factors, including the quality of the friction material, the compatibility of the friction material with the disc or drum, the design of the braking system, and operating conditions. Therefore, careful consideration should be given to factors such as vehicle type, usage, and environment when selecting and installing brake pads to ensure they deliver stable and reliable braking performance.

ADUI BRAKE offers brake pads & Custom Brake Pads to meet the specific needs of our clients.With 25 years of experience in custom production Brake Pads for a variety of material. If you need an experienced and skillful Custom Brake Pads supplier, please

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