EBC Brake Pads - SFA257/2 Organic - Rear

EBC Brake Pads - SFA257/2 Organic - Rear

EBC SFA257/2 Organic Brake Pads are specifically designed for scooters, providing steady stopping power with a smooth, modular and progressive brake feel. Made from man-made Aramid fibres bonded with a petrochemical resin, these organic brake pads offer low disc abrasion, reduced brake dust and quieter braking compared with sintered brake pads.

Features

• Organic compound provides a modular and progressive brake feel.
• Made from man-made Aramid fibres bonded with a petrochemical resin.
• Low disc abrasion and reduced brake dust.
• Designed specifically for scooter applications.
• Provides steady and strong stopping power with excellent brake feel.
• Suitable as a replacement for original brake pads.
• Designed for long pad life.
• Softer compound provides quieter braking than typical sintered brake pads.
• Easier on scooter brake rotors compared with sintered brake pads.

Product Specifications

Product: Organic Scooter Brake Pads

Part Number: SFA257/2

Compound: Organic

Material: Man-made Aramid fibres bonded with petrochemical resin

Position: Rear

Quantity: One Set

Application: Scooters

Brand: EBC Brakes™

Progressive Organic Brake Feel

The organic compound is designed to provide a smooth and progressive braking response. It offers a more modular feel than the stronger initial bite commonly associated with sintered brake pads, making it suitable for riders who prefer controlled and predictable braking.

Low Noise and Disc Abrasion

Organic brake pads generally produce less brake noise and dust than sintered pads and are designed to be gentler on scooter brake rotors.

Heat Considerations

Organic brake pads are more sensitive to heat than sintered compounds. They are therefore not the ideal choice for aggressive street riding or track use where repeated high-temperature braking is expected.

Important Information

This product includes one set of rear brake pads. Please verify the SFA257/2 part number and scooter compatibility before installation.