Fault diagnosis of new energy vehicle braking system

High-performance brake pads are made of advanced ceramic or organic materials, which are heat-resistant, low-wear, fast-response and exquisite in craftsmanship. Stable performance under extreme conditions, good heat dissipation, strong drainage and low noise. Ensuring the safety and comfort of drivers is an important backing for the automobile braking system.

Low-metallic brake pads on Frontech are designed to provide a smoother and more consistent braking experience, making your driving safer and more enjoyable. With reduced noise and vibration, you can enjoy a quieter ride while also extending the lifespan of your brake system. Upgrade to low metallic brake pads today and experience the difference for yourself.

Discover the different types of brake pad materials, their benefits, and their ideal applications for optimal vehicle performance.

Brake calipers are an integral part of the braking system. It is an essential component in decelerating the wheels and bringing the vehicle to a stop.

Below, we explore the functionality, components, types, materials, and maintenance of brake calipers.

Can a magnet be used to determine the formula of the brake pad, and thus determine the quality of the brake pad?

Brake calipers are integral components of your vehicle’s braking system. They are responsible for clamping down on the brake pads, which then press against the rotors to create the friction needed to slow down or stop the vehicle. As your vehicle’s forward momentum is converted into heat energy through this friction, the brake calipers play a crucial role in ensuring that this process is efficient and controlled.

As a top manufacturer and trader of automobile brake products in China, FRONTECH has always adhered to technological innovation and adopted advanced production processes for many years to ensure that each product can meet the highest international standards and provide customers with safe and reliable driving guarantees.

With the gradual popularization of new energy vehicles, including that up to now, the sales volume of new energy vehicles has accounted for more than 50%, for those of us in the automotive aftermarket, how to distinguish what type of car a new energy vehicle is? When reading information or studying, how to distinguish vehicle types when encountering letters? Share this basic knowledge with everyone.

The braking system was originally a mechanical structure. The core vacuum booster is powered by an internal combustion engine, and the high-speed operation of the piston in the cylinder can provide it with negative pressure.

But when it comes to pure electric vehicles, the internal combustion engine has been left behind. Without a source of negative pressure, the original braking structure is naturally difficult to operate. A new braking solution suitable for electric vehicles must be designed.

New energy vehicles are developing rapidly in the direction of deep electrification, lightweight models, improved energy efficiency, high-end development, intelligent networking, expansion of export scale, deep industrial integration and reshaping of the competitive landscape. This trend will not only profoundly change the pattern of the automobile industry, but also contribute significantly to the sustainable development of human society.