The Story
Kool Stop Disc Brake Pads are engineered with high-performance, rotor-friendly compounds specifically designed for heavy-duty Shimano 4-piston braking systems. Built on durable steel backing plates, these pads offer the reliability and heat management required for gravity-fed riding and high-torque electric bikes.
Wide Compatibility: Specifically designed for Shimano 4-piston calipers including XTR (M9120), XT (M8120/M8020), Saint (M810/M820), and Zee (M640), as well as compatible TRP and Tektro models
Organic Compound: A versatile, all-conditions resin-based pad that offers high performance, excellent modulation, and a quick break-in period
Sintered Compound: A metal-based compound designed for extreme downhill environments, providing maximum durability and resistance to brake fade
Electric Compound: An e-bike specific formulation featuring an integrated ceramic barrier to minimize heat transfer to the hydraulic fluid during prolonged braking
Rotor-Friendly Engineering: All compounds are developed to be gentle on rotors while providing consistent stopping power throughout the entire life of the pad
Description
Kool Stop Disc Brake Pads are engineered with high-performance, rotor-friendly compounds specifically designed for heavy-duty Shimano 4-piston braking systems. Built on durable steel backing plates, these pads offer the reliability and heat management required for gravity-fed riding and high-torque electric bikes.
Wide Compatibility: Specifically designed for Shimano 4-piston calipers including XTR (M9120), XT (M8120/M8020), Saint (M810/M820), and Zee (M640), as well as compatible TRP and Tektro models
Organic Compound: A versatile, all-conditions resin-based pad that offers high performance, excellent modulation, and a quick break-in period
Sintered Compound: A metal-based compound designed for extreme downhill environments, providing maximum durability and resistance to brake fade
Electric Compound: An e-bike specific formulation featuring an integrated ceramic barrier to minimize heat transfer to the hydraulic fluid during prolonged braking
Rotor-Friendly Engineering: All compounds are developed to be gentle on rotors while providing consistent stopping power throughout the entire life of the pad
