Carbon Metallic Front Brake Pads

Carbonmetallic brake pads outperform all ceramic and semi metallic pads in noise tests resulting in less than 1 noisy stops.

Carbon metallic front brake pads.

What are the best brake pads in 2020. Brake pads come in several different materials including organic semi metallic metallic carbon fiber and ceramic. Carbon provides stability at elevated temperatures making the pad less likely to deform and deteriorate. The final type of brake pad is the semi metallic brake pad often referred to as just metallic brake pad.

Filler materials like graphite lubricant are also used to mold the brake pad into its final form. Carbon metallic pad compounds give you the optimum performance combination the ultimate in stopping power and fade free performance. You should understand the different applications for all of these and choose the brake pads that make sense depending on how you are using your vehicle. Semi metallic brake pads are usually 30 60 metal with other organic or mineral components added in.

Metallic brake pads are comprised of anywhere between 30 and 70 metals including copper iron steel or other composite alloys. Front rear max brakes carbon metallic pads ta041253 60 71 front max brakes carbon ceramic pads kt079951 5 0 out of 5 stars 1. Check here for special coupons and promotions. They work well in situations that require heavy braking like with trucks or sports vehicles.

Averi melcher january 15 2020. Performance friction brakes carbon metallic brake pads incredible stopping power and environmentally friendly. Call 800 521 8874 to order a set for your car. Buy rear max brakes carbon metallic pads ta166152.

The metallic elements in our pad material dramatically improve braking. Your order may be eligible for ship to home and shipping is free on all online orders of 35 00. Stops quicker carbonmetallic brake pads deliver more stopping power throughout the operating temperature range resulting in a firmer and more responsive pedal. Carbon metallic brake pads front by performance friction.