What are the different types of brake pads? | Elig Brake: Eco-Friendly Brake Pads & Disc Systems for Global Automotive Safety

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What are the different types of brake pads

What are the different types of brake pads?

Common brake pad materials include metallic, organic, and ceramic. Each type of material has its own advantages and disadvantages in terms of wear resistance, braking power, noise, and dust generation.


What are the types of materials used for brake pads.

Common brake pad materials include:
● Organic Material: Produces low noise, is cost-effective, suitable for general road driving, environmentally friendly, but wears out relatively quickly.

● Semi-Metallic Material: Offers better braking performance and heat resistance, is the most common choice, but may produce noise and dust.

● Ceramic Material: Provides stable braking power, low noise, low dust, and good wear resistance, but tends to be more expensive.

● Low-Metal Material: Combines the advantages of ceramic and semi-metallic materials, suitable for higher performance needs.

● Sintered Metallic Material: Features high braking power, wear resistance, and heat resistance, making it suitable for sporty driving, but may produce noise and cause greater wear on the rotors.

What are the different types of brake pads? | Reliable & Safe Brake Solutions | Elig Disc Brakes, Pads, and Wet Clutches

Elig Brake Technologies Corp. is a globally recognized manufacturer of eco-friendly friction materials and high-performance brake systems. Founded in 1998 in Taiwan, Elig was the first in the region to successfully apply non-asbestos formulations to bicycle disc brake pads. Today, Elig delivers a wide range of braking solutions—including disc brake pads, drum brake shoes, and clutch components—for bicycles, motorcycles, ATVs, and passenger vehicles. Committed to sustainability and safety, Elig’s products comply with international standards such as IATF 16949, EU RoHS 2.0, and Washington State’s Better Brakes Law, making them a trusted choice for OEMs, distributors, and riders worldwide.

Leveraging over two decades of R&D expertise, Elig combines proprietary E.F.T. (Elig Friction Technology) with advanced testing methods based on JIS and SAE standards. The company partners with leading labs in the U.S. and Japan to innovate next-generation sintered alloy brake plates and organic friction compounds. With a presence in global automotive and powersports supply chains, Elig supports high-performance racing, urban commuting, and industrial transport needs. Every product reflects Elig’s unwavering focus on quality, reliability, and environmental responsibility—driving forward the future of sustainable mobility.