Introduction of New-energy Vehicle Brake Discs

Introduction of New-energy Vehicle Brake Discs

The New-energy Vehicle Brake Discs refers to an important part of the braking system of new-energy vehicles, which is usually made of high-performance materials to ensure braking efficiency, safety, and durability. Next, the materials and structural composition of the New-energy Vehicle Brake Discs are introduced.

Here is the content list：

• Materials for New-energy Vehicle Brake Discs

• Structural composition of New-energy Vehicle Brake Discs

Materials for brake discs of New-energy Vehicle Brake Discs

New-energy Vehicle Brake Discs are usually made of materials with high strength, high wear resistance, and high-temperature tolerance. Common materials include:

1. Carbon fiber composite material: carbon fiber has the advantages of being lightweight, high strength, wear resistance, corrosion resistance, etc., and is widely used in the manufacturing of New-energy Vehicle Brake Discs. The brake disc made of carbon fiber composite has a high-temperature bearing capacity, low thermal expansion coefficient, good braking effect, and stability.

2. Ceramic composite materials: ceramic materials have the advantages of high hardness, high wear resistance, high-temperature tolerance, etc., and are widely used in the manufacturing of New-energy Vehicle Brake Discs. The brake disc made of ceramic composite material has the advantages of low thermal expansion coefficient, high braking effect, heat resistance, wear resistance, and corrosion resistance.

3. Aluminum alloy: aluminum alloy has the characteristics of lightweight, high strength, high thermal conductivity, and good corrosion resistance, and is widely used in the manufacturing of New-energy Vehicle Brake Discs. The brake disc made of aluminum alloy has a high braking effect, low thermal expansion coefficient, good heat dissipation performance, and fatigue resistance.

To sum up, the New-energy Vehicle Brake Discs are usually made of carbon fiber composites, ceramic composites, aluminum alloys, and other materials with high strength, high wear resistance, and high temperature bearing capacity, to ensure that the brake discs will not deform, crack, heat decay and other problems under long-term high temperature and heavy load, and can also reduce brake noise and vibration.

Structural composition of New-energy Vehicle Brake Discs

The New-energy Vehicle Brake Discs are usually composed of the following components:

1. Brake disc: The brake disc is one of the most important components in the braking system of new energy vehicles. It is a circular metal disc, usually installed on the wheel. When the driver steps on the brake pedal, the brake disc and the brake pad are in close contact to generate friction, which slows down and stops the wheels.

2. Brake pad: The brake pad is an important part of the brake disc and is used to contact the brake disc to generate friction. Brake pads are generally composed of friction materials and metal substrates, and their friction materials are usually organic metal materials or ceramic materials.

3. Brake caliper: The brake caliper is a component used to clamp the brake pad and contact it with the brake disc. It is usually made of aluminum alloy and other materials. The brake calipers are generally divided into fixed and floating types. The fixed brake calipers are fixed on the suspension system, while the floating brake calipers are floating through the sliding bearing.

4. Brake oil pipe: The brake oil pipe is the pipe connecting the brake system and the brake. It is usually made of high-strength and heat-resistant rubber material. The brake oil pipe plays the role of transmitting brake force and brake fluid and is one of the important components in the brake system.

In short, the structural composition of the New-energy Vehicle Brake Discs mainly includes the brake disc, brake pad, brake caliper, brake oil pipe, and other components. These components work closely together to form the brake system of the new energy vehicle and ensure the driving safety of the driver and passengers.

The above is an introduction to the materials and structural composition of New-energy Vehicle Brake Discs. If you are interested in the New-energy Vehicle Brake Discs, please contact Winhere, our website is https://www.winhere.com.cn/.