Dixcel
Dixcel ES (Extra Speed) Front Pads - Honda - Civic Sedan FC1
$59.00
Specifications:Manufacturer: DixcelPosition: FrontPurpose: StreetMain Colour: Pieces included: Better braking power! Better heat resistance! Yet affordable! Made for aggressive driving on the street and highway with better brake performance. High fade resistance makes for stable braking performance even during aggressive driving. High level of b...
Dixcel Type M Rear Brake Pads - Honda - Civic Sedan FC1
Dixcel Type M Rear Brake Pads - Honda - Civic Sedan FC1
$146.10
Specifications:Manufacturer: DixcelPosition: RearPurpose: StreetMaterial: Non-Asbestos OrganicApplicable Rotor Temperature (C): 0~500Friction Coefficient : 0.39~0.52The type M favorise low Brake Dust production without sacrificing stopping power. High controllability enables higher-grade braking control! Proessive stoppin power which makes it co...
Dixcel Type Z Rear Brake Pads - Honda - Civic Sedan FC1
Dixcel Type Z Rear Brake Pads - Honda - Civic Sedan FC1
$184.20
Specifications:Manufacturer: DixcelPosition: RearPurpose: Street,CircuitMaterial: Graphite metallicApplicable Rotor Temperature (C): 0~850Friction Coefficient : 0.50~0.87The Type Z is an ultra-wide range model that handles everything from street sports driving to circuit driving. Linear effect in low temperature range, which is indispensable for...
Dixcel Type EC Rear Brake Pads - Honda - Civic Sedan FC1
Dixcel Type EC Rear Brake Pads - Honda - Civic Sedan FC1
$54.90
Specifications:Manufacturer: DixcelPosition: RearPurpose: StreetMaterial: Non-Asbestos OrganicApplicable Rotor Temperature (C): 0~450Friction Coefficient : 0.35~0.50Braking force and wear resistance (life) that is one rank higher than OEM brake pads. Comfortable with less squeal sounds! In addition, Low agression on rotor surface.Disclaimer:Prod...
Dixcel Type ES Rear Brake Pads - Honda - Civic Sedan FC1
Dixcel Type ES Rear Brake Pads - Honda - Civic Sedan FC1
$61.10
Specifications:Manufacturer: DixcelPosition: RearPurpose: StreetMaterial: Non-Asbestos OrganicApplicable Rotor Temperature (C): 0~600Friction Coefficient : 0.34~0.48The Type ES is an economical solution yet enhance dramatically braking power and heat resistance for sports driving on highways and winding road. Disclaimer:Product picture is generi...
Dixcel Z Type Front Pads - Honda - Civic Sedan FC1
Dixcel Z Type Front Pads - Honda - Civic Sedan FC1
$185.00
Specifications:Manufacturer: DixcelPosition: FrontPurpose: Street,CircuitMain Colour: Pieces included: Being an multi-use brake pad, the Z-type can be for street-use to circuit-use.Consistent braking even when the brakes are cold, something that is a must for street-use brake pads. Also helps for a longer discs life. Stable braking power and hig...
Dixcel X Type Front Pads - Honda - Civic Sedan FC1
Dixcel X Type Front Pads - Honda - Civic Sedan FC1
$168.00
Specifications:Manufacturer: DixcelPosition: FrontPurpose: Street,CircuitMain Colour: Pieces included: Being an multi-use brake pad, the X-type can be for street-use to circuit-use. Consistent braking even when the brakes are cold, something that is a must for street-use brake pads. Also helps for a longer discs life. Stable braking power and hi...
Dixcel M Type Front Pads - Honda - Civic Sedan FC1
Dixcel M Type Front Pads - Honda - Civic Sedan FC1
$143.00
Specifications:Manufacturer: DixcelPosition: FrontPurpose: StreetMain Colour: Pieces included: The M Type brake pads are designed for street use. These pads are ideal for 0-500 degrees C temperatures. The non-steel, semi-metallic fiber material used to provide the great stopping power and ideal for street use. A great feature of the M Type brake...
Dixcel EC (Extra Cruise) Front Pads - Honda - Civic Sedan FC1
$59.00
Specifications:Manufacturer: DixcelPosition: FrontPurpose: StreetMain Colour: Pieces included: Better brake performance! Less brake dust! Yet affordable! Made for cruising on the street and highway with better brake performance Longer pad life compared to OEM Low level of brake dust and brake noise Helps for a longer disc life The friction surfa...