Professional model brake pads use high temperature and high pressure to sinter the reinforced metal particles, which makes the film more resistant to high temperature than resin.
The braking force is less degraded in humid environments and the braking pad has longer service life.
The sintered formula can provide better braking effect under long-time braking conditions.
It can also provide a stable braking force output for E-BIKES.
※ If you have any questions, please consult the place of purchase or dealer
Our design team and engineering team jointly developed a new solution for brake heat dissipation.SEE FIN.TECH
Drag each brake for 30 seconds on a gentle downhill slope. Repeat 3 times, and switch between front and rear brake.
Drag the brakes for 15 seconds then apply more pressure to the levers until the bike slowly stops. Repeat 3 times.
Repeat step2. with the rear brake for several times. This is to ensure all the pads are bedded evenly, due to the front pads are usually heated more.
※ Do not apply the front brake too strongly, the wheel may lock up and cause a forward bike fall with serious injury
※ Be aware of the high temperature before checking or replacing any brake related components