Rear Brake Solid Rotors For 2019-2022 Honda Civic Sport Touring LX-P Touring – upholdassistant.com
Rear Brake Solid Rotors For 2019-2022 Honda Civic Sport Touring LX-P Touring

Rear Brake Solid Rotors For 2019-2022 Honda Civic Sport Touring LX-P Touring

USD 45.18 USD
SKU: F2BwLE8M
Brand: CCIYU
GTIN: Does not apply
Condition: New

Features Ceramic friction formulas provide excellent stopping power hot or cold. 100% shimmed. Longer pad life than other friction materials. Post cured for consistent performance throughout the service life of the brake pad. Low dust formulations keep wheels cleaner. 100% Positive molded. 100% Non-asbestos formulas. Scorched for improved bed-in. The very same manufacturing process the equipment manufacturers use High density friction material for long pad life Less resin content virtually eliminates brake fade and glazing Reduced dusting for both Ceramic and Semi-metallic materials .

Categories: Brakes & Brake Parts

Specifications

Discard Thickness 8 mm
Fitment Type Direct Replacement
Manufacturer Part Number Z15492601G
Discs Pitch Diameter 114.3 mm
Material G3000 Rotor Casting
External Diameter 260 mm
Rotor Style Solid
Placement On Vehicle Rear, Left, Right
Grade Description Premium
Brand CCIYU
Interchange Part Number 901460
Rotors Finish Zinc
Rust Resistant Coating Yes
Manufacturer Warranty 1 Year
Discs Overall Height 39.5 mm
Packing Including 2 Rear Brake Rotors
Rear Brake Disc Style Solid
Country Of Origin Unknown

Features Ceramic friction formulas provide excellent stopping power hot or cold. 100% shimmed. Longer pad life than other friction materials. Post cured for consistent performance throughout the service life of the brake pad. Low dust formulations keep wheels cleaner. 100% Positive molded. 100% Non-asbestos formulas. Scorched for improved bed-in. The very same manufacturing process the equipment manufacturers use High density friction material for long pad life Less resin content virtually eliminates brake fade and glazing Reduced dusting for both Ceramic and Semi-metallic materials .

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