Bendix General CT Brake Pads
Advanced general-purpose brake pads specifically designed for passenger vehicles and everyday driving conditions including suburban, city and freeway driving.
Key Features
STEALTH Advanced Technology
- Virtually eliminates noise at the source for smoother, quieter braking
- Eliminates vibration due to contact between rotor and friction material
- Delivers unrivalled stopping performance with long wearing capability
Blue Titanium Stripe Technology
- Provides instant stopping power straight out of the box
- No bedding-in required, saving time and money
- Creates ideal brake pad and rotor surface for better braking performance right after fitting
- Lasts longer than original Titanium Stripe technology
Ceramic Technology
- Latest friction technology for improved stopping performance
- Low dust generation with minimal rotor wear
- Enhanced durability and consistent performance
- Uses cohesive friction rather than aggressive abrasive action
Noise Absorbing Shims
- Fibre Impregnated Rubber Steel technology
- Effectively prevents transmission of vibration and noise
- Impervious to wide range of climates, salt, water and oil
- Excellent noise dampening and vibration isolation
Performance Benefits
- Whisper Quiet Braking - Noise and vibration virtually eliminated
- Silky Smooth Operation - Consistent pedal feel throughout the day
- Noticeably Less Dust - Ceramic technology minimises brake dust
- Enhanced Durability - Long-lasting performance without compromise
- Instant Pedal Feel - Immediate response from first stop
Specifications
- Type: Front disc brake pads
- Technology: General CT with STEALTH Advanced Technology
- Material: Ceramic compound with Blue Titanium Stripe
- Shims: Noise Absorbing Fibre Impregnated Rubber Steel
- Suitable for: Passenger vehicles, general purpose usage
- OE Compliance: Suitable for logbook servicing when installed by qualified staff
Bendix General CT brake pads are engineered and tested to deliver the quietest, most consistent braking experience for everyday driving conditions.