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Load image into Gallery viewer, Jagwire-Disc-Brake-Pad-Semi-Metallic_BR1316
Load image into Gallery viewer, Jagwire Elite Cooling Disc Brake Pad - Semi-Metallic, Aluminum Backed
Load image into Gallery viewer, Jagwire Elite Cooling Disc Brake Pad - Semi-Metallic, Aluminum Backed

SKU: BR1316

Jagwire Elite Cooling Disc Brake Pad - Semi-Metallic, Aluminum Backed

Vendor Jagwire
Regular price $21.33
Sale price $21.33 Regular price $31.99
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Manufacturer Warranty

🚚 Order within the next 2 hours, 15 minutes for delivery by 30 Apr, 2024.
This is a pre order item. We will ship it when it comes in stock.
Specifications

Backing Plate MaterialAluminum
Heat SinkYes
CompoundSemi-Metallic
MPNDCA898
UPC4715910041215

These disc brake pads fit a variety of SRAM and Avid brakes and offer industry leading brake compounds for consistent, confident performance.

  • Jagwire Elite Cooling pads utilize lightweight aluminum cooling fins integrated into the backing plate to dissipate heat from the brake system
  • Graphene is used as a thermal conductor to pull heat away from the rotor and into the cooling fins, preventing brake fade and warped rotors
  • Aluminum cooling fins have top and side cutouts which utilize the airflow to maximize convective cooling
  • Proprietary semi-metallic compound provides excellent combination of power, modulation, and durability, and is suitable for all weather conditions
Description

These disc brake pads fit a variety of SRAM and Avid brakes and offer industry leading brake compounds for consistent, confident performance.

  • Jagwire Elite Cooling pads utilize lightweight aluminum cooling fins integrated into the backing plate to dissipate heat from the brake system
  • Graphene is used as a thermal conductor to pull heat away from the rotor and into the cooling fins, preventing brake fade and warped rotors
  • Aluminum cooling fins have top and side cutouts which utilize the airflow to maximize convective cooling
  • Proprietary semi-metallic compound provides excellent combination of power, modulation, and durability, and is suitable for all weather conditions