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Racing brake pad
·High temperature(>1000℃) resistance
·Good wear at high temperature
·High friction coefficient for CCB/Hard Coating Rotor
·High heat conductivity,good at heat dissipation

Commercial brake pad
?No fading under high deceleration/temperature
?Long life,good wear at high temperature
?Rotor friendly
?High heat conductivity,fast heat dissipation,good for rotor sufface crack
?Long life,good wear at high temperature
?Rotor friendly
?High heat conductivity,fast heat dissipation,good for rotor sufface crack

Ceramic brake pad
·Good groan behavior
·No MPU
·Low heat conductivity
·Stable friction coefficient at daily driving brake condition
·Wear more than NAO with copper formula under high temperature

Less metal brake pad
·Good MPU behavior
·High friction coefficient for high performance car
·High heat conductivity,good at heat dissipation
·Good at cleaning rotor sufface

Carbon ceramic brake pad
·High temperature(>1000℃) resistance
·High friction coefficient available for daily driving/track
·No DTV
·No rust,no MPU

Carbon ceramic brake disc
·High temperature(>1000℃) resistance
·Almost no wear,no DTV
·High frition coefficient,available for daily driving/track
·No rust,no MPU
·1/3 density of grey cast iron,light weight for chassis
Hipad Advantage
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Production Advantage
Raw material: global selected high-performance, environmentally friendly raw material
International imported production equipment: 95% of production equipment is imported from Korea, Japan, USA and Italy
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R&D Team
International imported professional R & D equipment: controllable temperature and humidity LINK platform, can simulate -40 to 50 degrees Celsius hot and cold environment.
.International standard test capability: braking distance test; friction coefficient test; AMS700 °C heat resistance test More+
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Qualification
FMSI member
SAE member
CAAM member
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