Ceramic Brake Pads provide the ultimate in comfort, smooth stopping performance and superior noise control for late model vehicles.
Ceramic formulations reduce heat generation, cool down quickly, and consistently outperform the competition.
Scorching is a key element of manufacturing our Ceramic Positive Mould Disc Brake Pads. Scorching provides the initial phase of disc brake pad break-in.
Lab test 60,000 KM. Fabric rubber coated shims, slotted and chamfered.
ISO/TS 16949 certified. Reliable design and production. Each unit is tested for 100% performance first class quality.
Ceramic Brake Pads provide the ultimate in comfort, smooth stopping performance and superior noise control for late model vehicles.
Ceramic formulations reduce heat generation, cool down quickly, and consistently outperform the competition.
Scorching is a key element of manufacturing our Ceramic Positive Mould Disc Brake Pads. Scorching provides the initial phase of disc brake pad break-in.
Lab test 60,000 KM. Fabric rubber coated shims, slotted and chamfered.
ISO/TS 16949 certified. Reliable design and production. Each unit is tested for 100% performance first class quality.
Ceramic Brake Pads provide the ultimate in comfort, smooth stopping performance and superior noise control for late model vehicles.
Ceramic formulations reduce heat generation, cool down quickly, and consistently outperform the competition.
Scorching is a key element of manufacturing our Ceramic Positive Mould Disc Brake Pads. Scorching provides the initial phase of disc brake pad break-in.
Lab test 60,000 KM. Fabric rubber coated shims, slotted and chamfered.
ISO/TS 16949 certified. Reliable design and production. Each unit is tested for 100% performance first class quality.
Ceramic Brake Pads provide the ultimate in comfort, smooth stopping performance and superior noise control for late model vehicles.
Ceramic formulations reduce heat generation, cool down quickly, and consistently outperform the competition.
Scorching is a key element of manufacturing our Ceramic Positive Mould Disc Brake Pads. Scorching provides the initial phase of disc brake pad break-in.
Lab test 60,000 KM. Fabric rubber coated shims, slotted and chamfered.
ISO/TS 16949 certified. Reliable design and production. Each unit is tested for 100% performance first class quality.
Ceramic Brake Pads provide the ultimate in comfort, smooth stopping performance and superior noise control for late model vehicles.
Ceramic formulations reduce heat generation, cool down quickly, and consistently outperform the competition.
Scorching is a key element of manufacturing our Ceramic Positive Mould Disc Brake Pads. Scorching provides the initial phase of disc brake pad break-in.
Lab test 60,000 KM. Fabric rubber coated shims, slotted and chamfered.
ISO/TS 16949 certified. Reliable design and production. Each unit is tested for 100% performance first class quality.
Ceramic Brake Pads provide the ultimate in comfort, smooth stopping performance and superior noise control for late model vehicles.
Ceramic formulations reduce heat generation, cool down quickly, and consistently outperform the competition.
Scorching is a key element of manufacturing our Ceramic Positive Mould Disc Brake Pads. Scorching provides the initial phase of disc brake pad break-in.
Lab test 60,000 KM. Fabric rubber coated shims, slotted and chamfered.
ISO/TS 16949 certified. Reliable design and production. Each unit is tested for 100% performance first class quality.
Ceramic Brake Pads provide the ultimate in comfort, smooth stopping performance and superior noise control for late model vehicles.
Ceramic formulations reduce heat generation, cool down quickly, and consistently outperform the competition.
Scorching is a key element of manufacturing our Ceramic Positive Mould Disc Brake Pads. Scorching provides the initial phase of disc brake pad break-in.
Lab test 60,000 KM. Fabric rubber coated shims, slotted and chamfered.
ISO/TS 16949 certified. Reliable design and production. Each unit is tested for 100% performance first class quality.
Ceramic Brake Pads provide the ultimate in comfort, smooth stopping performance and superior noise control for late model vehicles.
Ceramic formulations reduce heat generation, cool down quickly, and consistently outperform the competition.
Scorching is a key element of manufacturing our Ceramic Positive Mould Disc Brake Pads. Scorching provides the initial phase of disc brake pad break-in.
Lab test 60,000 KM. Fabric rubber coated shims, slotted and chamfered.
ISO/TS 16949 certified. Reliable design and production. Each unit is tested for 100% performance first class quality.
Ceramic Brake Pads provide the ultimate in comfort, smooth stopping performance and superior noise control for late model vehicles.
Ceramic formulations reduce heat generation, cool down quickly, and consistently outperform the competition.
Scorching is a key element of manufacturing our Ceramic Positive Mould Disc Brake Pads. Scorching provides the initial phase of disc brake pad break-in.
Lab test 60,000 KM. Fabric rubber coated shims, slotted and chamfered.
ISO/TS 16949 certified. Reliable design and production. Each unit is tested for 100% performance first class quality.
