Introduction of Bi-metal Brake Disc

Introduction of Bi-metal Brake Disc

The Bi-metal Brake Disc is a novel form of brake disc that utilizes two distinct materials in its construction. Specifically, it incorporates a cast iron disc body and an aluminum alloy wheel hub body that are connected through the use of either rivets or bolts. This configuration yields numerous benefits, including efficient heat dissipation, reduced vibrations, enhanced comfort, improved fuel economy, and eco-friendliness due to its lower weight. Now, let us move on to a detailed presentation of the Bi-metal Brake Disc.

Here is the content list:

• What materials are made of Bi-metal Brake Discs?

• In what fields are Bi-metal Brake Discs used?

What materials are made of Bi-metal Brake Discs?

Bi-metal Brake Discs are commonly composed of two dissimilar metals. The core is produced from either cast iron or steel, while the outer perimeter is composed of high-performance alloys.

The central part of the brake disc is typically formed from gray cast iron or steel because these materials exhibit good strength, hardness, and thermal conductivity. They can withstand the high pressure and temperature that result from braking.

High-performance alloy materials, such as titanium alloy and silicon carbide, usually make up the outer edge of the brake disc. These materials have high hardness, wear resistance, and heat resistance, leading to effective heat dissipation and reliable braking performance over an extended period. Furthermore, these high-performance alloys display exceptional rust resistance and lightness, which translate into lighter vehicles and better fuel economy.

It's worth noting that different brake disc makers and vehicle manufacturers may use varying material combinations and formulas to meet diverse performance and function requirements.

In what fields are Bi-metal Brake Discs used?

Bi-metal Brake Discs are typically used in high-performance vehicles and racing because these types of vehicles require superior braking performance and increased longevity. Bi-metal Brake Discs have several applications, including:

1. Racing: In the field of racing, Bi-metal Brake Discs provide exceptional braking ability and durability, which can withstand the high-temperature and high-pressure braking process and dissipate heat more effectively at high speeds.

2. High-performance vehicles: High-performance vehicles also require superior braking abilities and increased longevity. Bi-metal Brake Discs can provide better braking performance and lasting durability, thus meeting the requirements of these vehicles.

3. Construction machinery: Construction machinery often operates in harsh environments like high temperatures, high humidity, etc. Bi-metal Brake Discs can meet the needs of these machines with improved corrosion resistance and longer lifespan.

In summary, Bi-metal Brake Discs are primarily used in situations where higher braking performance and increased longevity are necessary, particularly when working in high temperatures, high speeds, and challenging environments.

The above is about the materials, application fields, and assembly of Bi-metallic Brake Discs. Winhere is committed to providing our employees with a healthy working environment through our concept of excellence and quality first. Similarly, our system is energy saving and emission reduction, and waste gas collection and treatment can contribute to environmental protection. If you want to know more about Bi-metallic Brake Discs, you can contact Winhere. Our website is https://www.winhere.com.cn/.