
Automotive Disc Brake Pads
Meet the highest standards of quality, fit and performance demanded by Original Equipment (OE) to create a braking solution specific to your brand
Elig is committed to providing safe and reliable brake system solutions to vehicle manufacturers and the after-sales repair market worldwide. We utilize our own E.F.T (Elig Friction Technology) non-asbestos organic formulation to produce 100% non-asbestos automotive disc brake pads, which are RoHS compliant.
Elig can customize the formulation to meet the performance standards of different car models or specific markets, such as the European ECE R90 certification and the US FMVSS 135 specification. The production process complies with IATF 16949 quality management system to ensure that each batch of brake pads has stable performance and consistent quality.
Eco-Friendly Brake Pads
Elig has invested in the research and development of green mainstream products, focusing on the development of low-copper, copper-free NAO and non-toxic formulations of environmentally friendly friction materials, to meet the increasingly stringent environmental standards around the world, and at the same time to ensure excellent braking performance. The low-noise, low-dust design reduces dust emissions during braking, which not only protects the owner's health, but also reduces the impact on the environment.
High Performance Brake Pads
Elig high performance brake pads are designed for those who seek a sporty driving experience. Formulated with high temperature and high coefficient of friction resistant materials, they are designed to withstand the most demanding driving conditions and the high temperatures of competition, focusing on responsive and direct braking in the full-speed range to maximize braking performance.
NRS 3D Binding Methods
Exclusively licensed in Taiwan to use the 3D binding method, NRS's hundreds of steel hooks form a permanent bond with the friction material, which retains the friction material better than any adhesive, keeping the friction material in place until the last few centimeters of brake pad wear.
For Japanese Brands Brake Pads
Elig automotive disc brake pads are specifically designed and developed for various Japanese...
For Korean Brands Brake Pads
Elig automotive disc brake pads for Korean brands are specifically designed and developed for various...
For European Brands Brake Pads
Elig automotive disc brake pads for European brands are specifically designed and developed...
For American Brands Brake Pads
Elig automotive disc brake pads are specifically designed and developed for various American...
Automotive Disc Brake Pads | High-Performance Sintered Alloy Brake Pads by Elig – Trusted by Global Automakers
Elig Brake Technologies Corp. is a pioneer in eco-friendly brake system innovation, proudly serving the global market since 1998. As Taiwan’s first manufacturer to successfully develop non-asbestos friction materials for bicycle disc brake pads, Elig has grown into a trusted partner for OEM and aftermarket clients worldwide. From Automotive Disc Brake Pads to high-performance disc and drum brake solutions, our expertise spans every major vehicle class—including bicycles, motorcycles, ATVs, and automobiles. Our products meet stringent international standards such as IATF 16949 and EU RoHS 2.0, and are tailored to the needs of leading global brands.
Elig’s comprehensive product portfolio includes premium disc brake pads, motorcycle drum brake shoes, and clutch components—all designed for optimal wear resistance, heat dissipation, and braking power. Whether you're equipping city commuters, racing bikes, or off-road ATVs, Elig ensures OE-spec fitment, consistent stopping performance, and easy installation. With dedicated models for Avid, SRAM, Shimano, Honda, AEON, Aprilia, Benelli, CF Moto, Harley-Davidson, Ford, Toyota, BMW, Hyundai, and more, our friction material technologies are developed with precision for the demands of modern mobility. Elig is more than a manufacturer—we are a safety and sustainability partner for the future of braking.