Ceramic / Semi Metallic Brake Pad Auto Disc Brake Pads 04465-Ok290 Low Noisy

Product Description:

Several materials can be used for producing brake pads, each one providing different characteristics and performance. One of these materials are Organic brake pads, which are also known as non-metallic or non-asbestos organic (NAO) pads. They are generally made from a combination of materials such as rubber, Kevlar fibers, carbon, and resins. This type of brake pad offers a gentler feel when braking, as well as less dust and noise. It is preferable for everyday driving due to its smooth and consistent braking. However, it is more prone to faster wear.

Another material used is Semi-metallic, which consists of a mixture of organic materials and metal fibers or particles, such as steel, iron, or copper. The metal content helps in heat dissipation and also increases durability, making them suitable for higher-performance applications. These brake pads provide plenty of stopping power, remarkably good heat resistance, and improved performance under intense use. On the downside, they can be noisier and lead to greater wear on the brake discs.

Ceramic brake pads are composed of ceramic fibers, bonding agents, and other fillers. They are known for their strong braking power, durability, and low noise characteristics. Ceramic brake pads supply consistent braking power, sensible heat dissipation, and resistance to brake fade. They don’t create much brake dust, which helps keeping the wheels clean. This type of pad is commonly used in high-end vehicles, luxury cars, and high-performance applications.

Metallic brake pads, also generally defined as metallic sintered or metallic compound pads, contain a high proportion of metal fibers or particles, such as copper, steel, iron, or brass. They provide brilliant heat dissipation, sturdiness, and effective braking capability, making them right for heavy-duty applications, including towing or commercial vehicles. Nonetheless, they produce more noise, cause more wear on the brake discs, and produce more brake dust.

When choosing brake pad material, aspects such as vehicle type, driving conditions, desired performance, and individual preferences have to be taken into consideration. Also, the exact composition and formulation of brake pad materials may alter among manufacturers, and can also be dissimilar from one product line to another.

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 of the conditions where metallic brake pads are most 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 offers increased stopping power and heat dissipation, making them capable of handling the increased demands of braking under heavier loads.
• High-Speed Driving: Metallic brake pads are preferred for high-speed driving or performance-oriented vehicles. They offer superior braking performance and resist brake fade at high speeds due to the metal fibers or particles in the pads.
• Severe or Demanding Driving Conditions: If you frequently drive in challenging conditions, such as mountainous roads, steep inclines, or off-road environments, metallic brake pads can be suitable. They can handle the increased stress and heat generated in these intense conditions.
• Commercial or Fleet Vehicles: Metallic brake pads are often used in commercial vehicles, delivery trucks, taxis, or other fleet vehicles that endure frequent braking. They have a high-level of heat resistance and can last longer in these demanding applications.

It is important to remember that although metallic brake pads offer advantages in certain conditions, they also have some drawbacks. They usually create more noise, require more maintenance of the brake discs, and create higher amounts of brake dust compared to other brake pad materials. Additionally, metallic pads may require a short warm-up period in order to reach optimal braking performance.

Technical Parameters:

Applications:

In automotive applications, brake pads are an integral component of a vehicle's braking system, providing various functions that contribute to its safe and controlled deceleration. At the most basic level, brake pads generate the friction required to convert the kinetic energy of a moving vehicle into heat energy, which slows and stops the vehicle.

Brake pads also play an important role in dissipating heat. In the presence of high temperatures due to the friction between the brake pads and the brake discs, they effectively reduce temperatures to prevent brake fade and maintain consistent braking performance.

In order to withstand the high levels of wear caused by friction, brake pads come with a specific thickness of friction material designed to gradually diminish over time. Regular replacement of worn brake pads keeps the braking performance at an optimal level while prolonging the life of other braking system components.

Finally, brake pads may feature shims, chamfers, and other specialized components to reduce NVH during braking. This is done to minimize brake squeal and vibrations, allowing for a quieter and more comfortable braking experience.

Brake pads are primarily used in automotive braking systems but can also have other applications, such as in industrial equipment and aircraft. However, their primary and most widespread use remains in automobiles.

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