CONTACT INFORMATION
Aksai-3B Micro District, Almaty, kazahkstan
Chase Business Centre 39-41 Chase Side London
BRAKE PADS
NEFLIBATA ceramic brake pads utilize advanced ceramic composite materials, designed for high performance and comfortable driving. Below is a detailed performance overview with experimental data:
1. **Excellent Braking Performance**
- Experimental data shows that ceramic brake pads have an average braking distance of 32 meters in a 100 km/h to 0 test, reducing the distance by 15% compared to traditional brake pads.
- On wet surfaces, the braking distance is 35 meters, ensuring safety under various weather conditions.
2. **Low Noise**
- NVH (Noise, Vibration, Harshness) tests indicate that ceramic brake pads produce an average braking noise of 68 decibels, 20% lower than traditional brake pads.
- In real-world driving tests, users reported significantly reduced noise levels, providing a quieter driving experience.
3. **Reduced Dust**
- Laboratory tests show that ceramic brake pads produce 30% less brake dust after 1000 braking cycles, maintaining the cleanliness of the wheels and braking system.
- Real-world testing results indicate a 40% improvement in wheel cleanliness, reducing cleaning frequency.
4. **High Temperature Resistance**
- High-temperature stability tests demonstrate that ceramic brake pads maintain stable braking performance at temperatures up to 700°C, with no significant thermal degradation.
- Long-duration braking tests show consistent performance even during continuous downhill braking.
5. **Long Lifespan**
- Wear resistance tests indicate that ceramic brake pads last 40% longer than traditional brake pads, with an average lifespan of 50,000 kilometers.
- User feedback from real-world usage highlights a significantly reduced replacement frequency, saving maintenance costs.
NEFLIBATA carbon-ceramic brake pads utilize high-tech carbon-ceramic materials, providing exceptional braking performance for drivers seeking the ultimate experience. Below is a detailed performance overview with experimental data:
1. **Superior Braking Performance**
- Experimental data shows that carbon-ceramic brake pads have an average braking distance of 28 meters in a 100 km/h to 0 test, reducing the distance by 12.5% compared to ceramic brake pads.
- On wet surfaces, the braking distance is 30 meters, ensuring safety for high-performance vehicles under various conditions.
2. **Outstanding Heat Resistance**
- Thermal fade tests demonstrate that carbon-ceramic brake pads maintain high braking performance at temperatures up to 1000°C, with no significant performance drop.
- In long-duration high-speed braking tests, carbon-ceramic brake pads exhibit excellent performance without thermal fade, suitable for extreme driving conditions.
3. **Lightweight**
- Compared to traditional metal brake pads, carbon-ceramic brake pads are 30% lighter, reducing unsprung weight.
- Real-world driving tests show a 10% improvement in vehicle handling and response speed, especially during sharp turns and acceleration.
4. **Extremely Low Wear**
- Wear resistance tests indicate that carbon-ceramic brake pads last 50% longer than ceramic brake pads, with an average lifespan of 40,000 kilometers.
- In high-intensity driving tests, carbon-ceramic brake pads exhibit extremely low wear rates, suitable for frequent braking in commercial vehicles.
5. **Environmental Benefits**
- Experimental data shows that carbon-ceramic brake pads produce 25% less brake dust after 1000 braking cycles, significantly reducing environmental pollution.
- User feedback highlights the recognized environmental performance of carbon-ceramic brake pads, suitable for eco-conscious high-end users.
With NEFLIBATA's ceramic and carbon-ceramic brake pads, you can choose the best braking system tailored to your driving needs, ensuring every drive is safe, comfortable, and efficient.