Brake Pads for Japanese Cars
Products
JAPANESE CARS
Japanesecarsstillholdanimportantpositionintheglobalmarket,especiallymaintainingaleadingpositionintraditionalfuelvehiclesandhybridpower.
Toyotahaslongheldthetoppositioninglobalsales.InAugust2025,itssalesreached681,800units,anincreaseof3.8%year-on-year,nearlytwicethatofthesecondplace.
Carownersshouldregularlycheckthewearofbrakepadsandreplacethosethatareseverelyworninatimelymanner.
Generallyspeaking,brakepadsneedtobereplacedwhentheirthicknessislowerthanthewarningline.
Case-Our brake pads in different environments
OC:Extremelycoldregions
•Japanese automobiles still maintain an import advantage in the global market, especially in traditional fuel vehicles and hybrid vehicles, where they hold a leading position. •Toyota has long held the top spot in global sales. As of August 2025, its sales reached 681,800 units, a year-on-year increase of 3.8%, almost twice that of the second place.
OC:Extremelycoldregions
•Japanese automobiles still maintain an import advantage in the global market, especially in traditional fuel vehicles and hybrid vehicles, where they hold a leading position. •Toyota has long held the top spot in global sales. As of August 2025, its sales reached 681,800 units, a year-on-year increase of 3.8%, almost twice that of the second place.
FAQ
The advantages of a high coefficient of frictionIncrease friction
For instance, in the braking system of a car, the high-coefficient friction between the brake pads and the brake system rapidly converts the car’s kinetic energy into thermal energy, enabling the vehicle to come to a standstill within a short period of time. Similarly, sports shoes are usually designed with materials that have a high coefficient of friction, providing athletes with better grip and preventing slipping during exercise.
The disadvantage of a high coefficient of friction
The advantages of a high coefficient of frictionIncrease friction
For instance, in the braking system of a car, the high-coefficient friction between the brake pads and the brake system rapidly converts the car’s kinetic energy into thermal energy, enabling the vehicle to come to a standstill within a short period of time. Similarly, sports shoes are usually designed with materials that have a high coefficient of friction, providing athletes with better grip and preventing slipping during exercise.
The disadvantage of a high coefficient of friction