SKU:160883

EBC FA228HH Brake Disc Pads for Optimal Stopping Power and Durability

EBC FA228HH Brake Disc Pads for Optimal Stopping Power and Durability

Regular price $38.99 USD
Sale price $38.99 USD Regular price
Sale Sold out
Shipping calculated at checkout.
  • EBC Double-H Sintered Brake Pads
     
  • Sintered Copper Alloy pads for maximum stopping power and lifetime
     
  • Fitted with stainless steel radiator plates for bikes without built-in piston insulators to reduce heat transfer into hydraulics
     
  • New double compact vented technology for wider pads, reducing backplate bending
     
  • All units sold per set (one wheel)

Experience enhanced braking performance with the EBC FA228HH brake disc pads, designed for reliable stopping power and longevity. Crafted with high-quality materials, these pads provide consistent friction and fade resistance under demanding driving conditions. Whether you're upgrading your vehicle or replacing worn components, the FA228HH ensures safety and performance are maintained at the highest level. Easy to install, these pads are compatible with a variety of brake systems and offer a balanced blend of durability and responsiveness. Trust EBC's reputation for quality to keep your vehicle performing at its best with every stop. The robust construction and precision engineering make these brake pads a dependable choice for daily driving or spirited driving situations.

Features:

  • High-performance friction material for reliable stopping power
  • Durable construction designed for long-lasting use
  • Engineered for fade resistance during intense braking
  • Easy installation compatible with various brake systems
  • Trusted EBC quality for consistent safety and performance

Only 8 piece in stock!


View full details
Image with text

Upgrade Your Tech

Logitech provides beautifully designed peripherals for everyone at work, home, and school. Discover Logitech's all-in-one solutions to suit your unique way of working.

See our HP World

Upgrade your work experience with HP