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MEROCA Mountain Road Bicycle Center Lock Disc Brake Rotor 140/160mm Middle Lock Bike Disc Pads Heat Dissipation Cycling Rotors
MEROCA Mountain Road Bicycle Center Lock Disc Brake Rotor 140/160mm Middle Lock Bike Disc Pads Heat Dissipation Cycling Rotors
Regular price
$30.00 USD
Regular price
Sale price
$30.00 USD
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Brand Name : MEROCA
Type : Disc Brake
Origin : Mainland China
Components : Disc Brake
Use : Mountain Bikes,Road Bicycles
Hign-concerned Chemical : None
Color : Black/Red/Purple/Blue/Rose red/Pink
Brand: MEROCA
Product Name: Bicycle Center Lock Rotor
Material: High - carbon steel + aluminum alloy
Thickness: 1.8 mm
Specifications: 140 mm/160 mm
Weight (including center lock cover):
The 140mm rotor weighs approximately 115 g.
The 160mm rotor weighs approximately 148 g.
Colors: Black/Blue/Pink/Purple/Rose Red
Features:
High - strength center lock structure, which can provide strong braking force even during intense cycling and avoid the influence of rotor stress.
Large - area hollowed - out + unique heat dissipation fin design, which can greatly improve the heat dissipation effect and avoid the decrease of braking force caused by thermal attenuation.
With a wind - breaking design, it can effectively reduce air resistance. It is processed by CNC to enhance the rigidity of the rotor and ensure stable handling during high - speed cycling.
Type : Disc Brake
Origin : Mainland China
Components : Disc Brake
Use : Mountain Bikes,Road Bicycles
Hign-concerned Chemical : None
Color : Black/Red/Purple/Blue/Rose red/Pink
Brand: MEROCA
Product Name: Bicycle Center Lock Rotor
Material: High - carbon steel + aluminum alloy
Thickness: 1.8 mm
Specifications: 140 mm/160 mm
Weight (including center lock cover):
The 140mm rotor weighs approximately 115 g.
The 160mm rotor weighs approximately 148 g.
Colors: Black/Blue/Pink/Purple/Rose Red
Features:
High - strength center lock structure, which can provide strong braking force even during intense cycling and avoid the influence of rotor stress.
Large - area hollowed - out + unique heat dissipation fin design, which can greatly improve the heat dissipation effect and avoid the decrease of braking force caused by thermal attenuation.
With a wind - breaking design, it can effectively reduce air resistance. It is processed by CNC to enhance the rigidity of the rotor and ensure stable handling during high - speed cycling.
