Low Noise Ceramic Semi Metallic Auto Brake Pads 44060-8H385 Low Dust

Low Noise And Ceramic Semi Metallic Auto Brake Pads 44060-8H385 For Cars With Low Dust

Product Description:

There are several materials used for making brake pads, and each offers different features and performances. Following are the most common materials used in manufacturing them:

• Organic: Organic brake pads are also referred to as non-metallic or non-asbestos organic (NAO) and consist of rubber, Kevlar fibers, carbon, and resins. They are softer and create less noise and dust than other types of brake pad, making them suitable for everyday driving. However, they do tend to wear down more quickly.
• Semi-Metallic: Semi-metallic brake pads are a mix of organic material and metal particles, such as steel, iron, or copper. The metallic content increases the heat dissipation and durability, being suitable for high-performance applications. These brakes offer excellent stopping power, good heat resistance, and superior performance under heavy loads. Nevertheless, they produce more noise and can cause more wear on the brake discs.
• Ceramic: Ceramic brake pads are composed of ceramic fibers, binding matter, and other fillers. These create exceptional braking performance, durability, and low noise. They offer consistent braking power, great heat dissipation, and resistance to brake fade. In addition, they create minimal brake dust, keeping the wheels clean. Ceramic pads are commonly used in high-end vehicles, luxury cars, and performance vehicles.
• Metallic: Metallic brake pads consist of metal fibres or particles such as copper, steel, iron, or brass and offer excellent heat dissipation, durability, and braking performance. These pads are suitable for heavy-duty applications such as towing or commercial vehicles and can sustain high temperatures while providing consistent braking power. However, these are noisier, cause more wear on the brake discs, and generate greater brake dust.

It is important to keep in mind that the composition and formation of brake pad materials vary across manufactures and products lines. The selection of a braking pad material depends on the type of vehicle, the usage conditions, the desired performance, and personal preference.

Features:

When will metallic brake pads are recommended?

Metallic brake pads are often recommended for specific driving conditions that require enhanced performance and durability. Here are some driving conditions where metallic brake pads are commonly used:

• Heavy Loads and Towing: Metallic brake pads are well-suited for vehicles that frequently carry heavy loads or tow trailers. The metal content in these pads provides excellent stopping power and heat dissipation, making them ideal for handling the increased demands of braking under heavy loads. They can withstand the higher temperatures generated during braking when carrying or towing substantial weight.
• High-Speed Driving: Metallic brake pads are preferred for high-speed driving or performance-oriented vehicles. They offer superior braking performance and can handle the increased heat generated during aggressive braking maneuvers. The metal fibers or particles in the pads contribute to consistent braking power and resistance to brake fade at high speeds.
• Severe or Demanding Driving Conditions: If you regularly drive in challenging conditions, such as mountainous terrains, steep inclines, or off-road environments, metallic brake pads can be a suitable choice. They provide robust braking performance and durability, making them better equipped to handle the increased stress and heat generated in these demanding conditions.
• Commercial or Fleet Vehicles: Metallic brake pads are commonly used in commercial vehicles, such as delivery trucks, taxis, or fleet vehicles that endure frequent and heavy braking. These pads' high-performance characteristics, including their heat resistance and longevity, make them suitable for the demanding requirements of commercial applications.

It's important to note that while metallic brake pads offer advantages in specific driving conditions, they also have some trade-offs. They tend to produce more noise, can be harsher on the brake discs, and may generate higher amounts of brake dust compared to other brake pad materials. Additionally, metallic pads may require a short warm-up period to reach optimum braking performance.

Technical Parameters:

Applications:

In automotive applications, brake pads play an integral role in providing the stopping power needed for safe and controlled deceleration. As the vehicle brakes are applied, a significant amount of heat is generated due to the friction between the brake pads and the brake discs. Therefore, brake pads are designed to handle high temperatures and efficiently dissipate heat to avoid brake fade and ensure consistent braking performance. Additionally, brake pads are constructed to be wear-resistant and have a specific thickness of friction material that gradually wears down over time. Replacement of worn brake pads is important to maintain optimal braking performance and extend the life of other braking system components. Furthermore, brake pads contain features such as special materials, shims, and chamfers that can reduce noise, vibrations, and harshness (NVH), resulting in a quieter and more comfortable braking experience.

While brake pads are primary used in automotive applications, they can also be seen as part of other vehicles and machinery, such as motorcycles, bicycles, industrial equipment, and aircraft. However, the majority of brake pads are utilized in braking systems of automobiles.

About our Factory&Office :

Established in 2012, Guangzhou Dongjie Trading Co., Ltd. is a manufacturer and trader specialized in the research, development and production of Auto parts,Brake pads, Shock Absorber, Spring, Electric parts, Plastic parts, Hardware, fastening ect. We are located in Guangzhou, China, with convenient transportation access. All of our products comply with international quality standards and are greatly appreciated in a variety of different markets throughout the world.

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