Bike Disc brake pads for FORMULA Cura 4
EB-340
Elig disc bike brake pads combine eco-conscious friction materials with OEM-level quality, ensuring smooth braking, superior durability, and easy installation.
Elig specifically designed and developed for FORMULA disc brake systems, delivering consistent braking performance and long-lasting durability—making them the ideal choice for cycling enthusiasts. Whether you're riding an e-bike, mountain bike, downhill, commuting in the city, or cruising on the road, Elig brake pads ensure a safe, smooth, and reliable riding experience.
Product Dimension
- Height:24.7 mm
- Width:44.0 mm
- Thick:4 mm
Parts Reference Number
- EBC:CFA735
- Vasrah:BP-055
Brand
- FORMULA
Models
- Cura 4
Reference Number
- Elig:EB-340
- EBC:CFA735
- FERODO:FBP019
- GALFER:FD531
- Vasrah:BP-055
How can you source premium disc brake pads that meet international OEM standards while maintaining eco-friendly manufacturing practices for your bicycle product line?
Elig Brake's FORMULA Cura 4 disc brake pads are specifically designed for OEM integration, featuring IATF 16949 and EU RoHS 2.0 compliance with 100% asbestos-free friction material. With over 30 years of R&D expertise and proven track record serving international manufacturers, Elig Brake delivers consistent quality, superior durability, and eco-conscious solutions that enhance your brand reputation. Contact our international sales team to discuss bulk ordering, customization options, and long-term supply partnerships.
Whether you're tackling technical downhill terrain, navigating mountain bike trails, commuting through urban environments, or enjoying long-distance road cycling, Elig Brake disc brake pads provide the safe, smooth, and reliable braking experience cyclists demand. Our commitment to over 30 years of friction material R&D ensures that each pad delivers consistent performance and extended service life, making them the ideal choice for bicycle manufacturers, OEM suppliers, and cycling enthusiasts seeking premium eco-friendly brake solutions without compromising on safety or durability.

