Carbon Brake Pads

Advantages of carbon brake pads

Super high heat resistance

It can withstand extreme temperatures ranging from 800°C to 1200°C, which can ensure braking stability.

Stable friction coefficient

Under different temperature and humidity conditions, the fluctuation of the friction coefficient is small. It can always provide uniform and controllable braking force, improving driving safety.

Lightweight characteristics

Its weight is only 1/3 to 1/2 of that of traditional metal brake pads, which reduces vehicle energy consumption.

Low wear rate

Its service life is 2-3 times that of traditional metal brake pads, which can reduce the replacement frequency.

Low noise and low dust

The friction noise during braking with the brake disc is low and almost no metal dust is produced.

Moderate thermal conductivity

It can effectively prevent the heat generated by braking from being transmitted to the hub and tires, avoiding tire aging.

Uses of carbon brake pad

In the civilian automotive field

In household cars

It can provide smooth daily braking, reduce noise and dust, and enhance driving comfort.

In high-end sports cars

Its high-temperature resistance can support the continuous emergency braking of racing cars on the track. And it can also avoid brake failure and ensure the safety of the racing driver’s operation.

In new energy vehicles

Its lightweight advantage can reduce vehicle energy consumption, meeting the requirements of new energy vehicles for range and weight reduction. And at the same time, its stable friction performance can match the instantaneous braking response under motor drive.

In the rail transportation field

In high-speed rail

High-speed rail runs at a high speed, its speeds reaching over 300 km per hour. And carbon brake pad can quickly absorb kinetic energy during high-speed braking to avoid failure due to high temperature.

In subways

Subways frequently start and stop, you can use it to reduce maintenance frequency and lower operating costs because of its low wear characteristics.

In heavy-duty freight trains

They have high load capacity, you can use carbon brake pads to ensure transportation safety. They have high load-bearing capacity and stable braking force of carbon brake pads can ensure that the train doesn’t slide.

In the aerospace field

In aircraft landing

Carbon brake pads can instantly convert the high-speed kinetic energy of the aircraft into braking force. And they can withstand extreme high temperatures to avoid damage to the braking components.

In large unmanned aircraft

The lightweight and low-noise characteristics of carbon brake pads can adapt to the precise takeoff and landing requirements of unmanned aircraft. And then reducing the impact of the braking system on the stability of the unmanned aircraft’s flight.