Hyundai Avante 2015 Rear Brake Pads: 5830-22KA10

High-Quality Hyundai Avante 2015 Rear Brake Pads (Part Number: 5830-22KA10). These genuine PARTS MALL/ORIGINAL Korean brake pads offer guaranteed quality, are 100% new, and provide exceptional value.

Hyundai Avante 2015 rear brake pads are critical components of your vehicle’s braking system. They work by generating friction against the brake rotors, slowing and stopping your car. A vehicle cannot operate safely without functioning brake pads. These pads are constructed from high-temperature materials including ceramics, Kevlar, and metal alloys. The design incorporates two clamping jaws that grip the rotor. Ventilation slots help dissipate heat generated during braking. Brake pads are categorized into disc brake pads and drum brake pads, with disc brake pads being more prevalent. They attach to the brake rotor, and when the brake pedal is depressed, brake calipers force the pads against the rotor, effecting deceleration. Essentially, brake pads are the heart of your car’s braking system; specially engineered steel components that contact the rotating brake rotor to create friction, reducing wheel speed. The brake pedal’s pressure is transmitted to the pads, clamping them against the rotor, resulting in controlled deceleration or complete stopping. Regular cleaning and maintenance extend their lifespan. If you notice unusual sounds, vehicle pulling, steering wheel vibrations, brake failure, or illuminated brake warning lights, it is crucial to replace your brake pads to maintain safe driving conditions.

Types of Brake Pads

Brake pads are available in various materials and construction methods, each affecting performance and lifespan. Here’s an overview:

• Ceramic Brake Pads: Introduced in the mid-1980s, ceramic brake pads utilize a material similar to that found in tableware, but significantly denser and more durable. Copper wires are often incorporated to enhance friction and heat dissipation. Known for their quiet operation and smooth braking, they generate less dust and exhibit less wear compared to organic pads. They offer a wider operating temperature range and excel in diverse driving conditions. However, their higher manufacturing cost is a drawback. Furthermore, ceramics are less effective at heat distribution than other materials, potentially causing increased wear on other braking system components and potentially less effective in extremely cold climates or demanding performance driving.
• Organic Brake Pads: Initially manufactured with asbestos (now phased out due to health concerns), modern organic brake pads use safer materials such as fibers, carbon compounds, rubber, and glass fibers, bound by resin. They produce moderate friction and less heat, resulting in quieter and smoother braking. However, they tend to wear faster, requiring more frequent replacements. Their performance is optimal at lower temperatures; in extreme heat or under heavy braking, their effectiveness can diminish. They also generally require more pedal pressure compared to other types.
• Metallic Brake Pads: These pads typically contain 30-70% metal (iron, copper, steel, or alloys) combined with graphite and other additives. Their metallic composition offers superior braking performance across a broader range of temperatures and driving situations. They boast excellent heat dissipation properties. They generally require less pedal pressure than organic pads. However, metallic pads are often noisier and create more brake dust, and can increase wear on brake rotors due to increased friction. They are more expensive than organic pads but less costly than ceramic options.

Vehicle Compatibility