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KOOTU Bicycle Brake Cooling Disc Floating Ice Rotor For MTB Road Bike 203mm 180mm 160mm 140mm Cooling Brake Rotors Bicycle Parts

KOOTU Bicycle Brake Cooling Disc Floating Ice Rotor For MTB Road Bike 203mm 180mm 160mm 140mm Cooling Brake Rotors Bicycle Parts

Regular price $21.99
Regular price $29.99 Sale price $21.99
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Color
Name: Mountain bike road bike floating disc
 
Material: CNC aluminum disc heart + stainless steel + aluminum wing heat sink
 
Specifications: 140MM 160MM 180MM 203MM (common 160MM in the mountains; road disc brakes generally 140MM!)
 
Weight: 86g of 140MM, 110g of 160MM, 146g of 180MM, 180g of 203MM
 
Color: Black Red Yellow
KOOTU bicycle brake rotor lightest floating disc brake padsKOOTU bicycle brake cooling rotorKOOTU bicycle brake pads floating ice rotor for bike
KOOTU bike disc brake rotor 160mm 180mm 203mm size
KOOTU bicycle brake rotor floating ice rotor
KOOTU Bicycle Brake Cooling Disc Floating Ice Rotor For MTB Road Bike 203mm 180mm 160mm 140mm Cooling Brake Rotors Bicycle Parts
KOOTU Bicycle Brake Cooling Disc Floating Ice Rotor For MTB Road Bike 203mm 180mm 160mm 140mm Cooling Brake Rotors Bicycle Parts
KOOTU Bicycle Brake Cooling Disc Floating Ice Rotor For MTB Road Bike 203mm 180mm 160mm 140mm Cooling Brake Rotors Bicycle Parts
KOOTU Bicycle Brake Cooling Disc Floating Ice Rotor For MTB Road Bike 203mm 180mm 160mm 140mm Cooling Brake Rotors Bicycle Parts

When the disc brakes, it will produce high temperature, the disc will have thermal expansion, the floating disc will swing slightly, make a proper angle, and have a most suitable friction surface with the brake pads to maintain the stability of the brakes. The area of the disk is increased, and the heat dissipation function of the disk is also provided.

The outer friction surface of the brake disc is separated from the inner bracket, and the middle is connected by a special non-rigid structure, that is, a floating coupling. In this way, the friction surface and the bracket become relatively independent force receiving surfaces. When the friction surface is thermally expanded, the floating structure allows the friction surface to have a certain free longitudinal expansion space, thereby eliminating the condition of internal pulling stress between the bracket and the bracket. Keeping the friction surface will not be distorted due to uneven heating, making the brake more stable and reliable.

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