Fits Toyota Rav4 2006 07 08 09 10 11 12 Front + Rear Slotted Brake Discs Rotors
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 original 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 .
Specifications
| Brand | ECCPP |
| Product Type | Direct Replacement |
| Manufacturer Warranty | 1 Year |
| Rotor Outside Diameter | 11.75 in (298.4 mm) |
| Rear Rotor Size(mm) | 281 |
| Manufacturer Part Number | ECC82252901PP |
| Rotor Style | Slotted |
| Surface Finish | Silver Zinc Plating |
| Front Solid Or Vented Disc | Vented |
| Rear Solid Or Vented Disc | Solid |
| Rear Item Thickness | 12mm |
| Front Item Thickness | 28mm |
| Front External Diameter | 296mm |
| Rear External Diameter | 281mm |
| Front Rotor Item Height | 49.3mm |
| Rear Rotor Item Height | 54.9mm |
| Front Bolt Circle Diameter | 114.3mm |
| Rear Bolt Circle Diameter | 114.3mm |
| Type | Brake Disc Rotor |
| Material | Cast Iron |
| Discard Thickness | 25 mm(Front) |
| Rear Discard Thickness | 10.5 mm |
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 original 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 .
