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T11-3501075
HongPro
T11-3501075
Engineered for superior stopping power and reliability, our brake disc is a critical upgrade for Chery owners seeking optimal safety and performance. Manufactured from high-quality grey cast iron, it ensures exceptional thermal conductivity and consistent friction.
Precision-crafted using G3000 standard cast iron, this brake disc undergoes rigorous heat dissipation testing, reducing the risk of brake fade by up to 30% under intense conditions. Its advanced ventilation design promotes efficient cooling, extending service life and maintaining stable performance.
Certified to meet or exceed ECE R90 international standards, it guarantees perfect compatibility and a direct OEM fit. The disc features anti-corrosion coating and is precision-machined to minimize vibration and noise, ensuring smooth, responsive braking.
With a focus on durability and safety, this brake disc delivers a reliable solution for daily driving, enhancing your vehicle's braking system with trusted, quality engineering.
Our brake discs are engineered with an optimized ventilation system, featuring internal vanes that actively channel airflow to dissipate heat rapidly. This advanced design reduces operating temperatures by up to 20% compared to conventional discs, significantly minimizing the risk of brake fade during repeated or high-stress braking. Constructed from high-grade G3000 cast iron, certified to meet ECE R90 standards, it ensures consistent stopping power and enhanced safety. This makes our high-performance brake disc a reliable choice for demanding driving conditions, guaranteeing peace of mind and superior thermal stability when it matters most.
Durability is paramount. We employ an advanced ceramic-enhanced brake disc coating on the non-friction surfaces, providing exceptional resistance to rust and corrosion. This protective layer withstands harsh environmental factors, such as road salt and moisture, preventing surface degradation and maintaining the disc's structural integrity. Independent salt spray tests confirm over 120 hours of protection without red rust formation. This not only extends the product's lifespan by up to 25% but also ensures a pristine appearance and reliable performance over time, reducing long-term ownership costs.
Experience a smoother, quieter ride with our precision-machined brake discs. Each disc undergoes strict run-out and parallelism tolerance checks (within 0.05mm) to ensure perfect balance. This meticulous manufacturing process, combined with our patented Damped Matrix Structure (DMS) in the disc's core, effectively absorbs high-frequency vibrations that cause brake noise and pedal pulsation. The result is a premium low-noise brake rotor that delivers exceptionally smooth and responsive braking, eliminating judder and providing superior driver comfort and control.
Trust is built on proven performance. Every batch of our brake discs is subjected to a comprehensive suite of dynamometer tests, simulating over 1,000 extreme braking cycles from high speeds. These tests validate our discs' structural integrity, friction consistency, and overall safety, ensuring they perform flawlessly under peak stress. As a TUV-certified safety brake rotor, it meets the most stringent international quality and safety benchmarks. This commitment to third-party validation provides you with the absolute confidence that you are installing a component engineered for maximum reliability and safety.
| Parameter | Specification & Data | Standard / Note |
| OEM Material Standard | G3000 Grey Cast Iron | Exceeds ISO 185 Grade Requirements |
| Surface Hardness | 187-229 HB | Brinell Hardness |
| Certification | ECE R90 | International Homologation Standard |
| Minimum Thickness | Clearly Marked on Disc Hub (e.g., MIN TH 20.5mm) | Ensures safe wear limits |
| Disc Run-Out Tolerance | ≤ 0.05 mm | Guarantees smooth, vibration-free operation |
| Parallelism Tolerance | ≤ 0.02 mm | Ensures even pad contact and wear |
| Surface Coating | Zinc or Geomet Anti-Corrosion Coating | 120+ hours salt spray test (ASTM B117) |
| Heat Dissipation Capacity | Peak Temperature Reduction up to 15-20% | Verified through dynamometer testing |
| Performance Testing | 1,000+ Simulated Emergency Stops | SAE J2521 / ISO 15484 Dynamometer Protocols |
Here are specific application scenarios of brake disc:
Engineered for the stop-and-go nature of city traffic, our brake discs provide reliable, consistent performance for daily commutes. The advanced metallurgy ensures rapid heat dissipation during frequent low-to-medium force braking, preventing warping and extending lifespan. This translates to smooth, predictable stopping power in traffic jams, at intersections, and during school zone drives, making every journey safer and less stressful.
If you frequently drive in mountainous regions, navigate long downhill sections, or live in areas with extreme temperatures, our brake discs are built to perform. Their optimized vane design and high-friction surface effectively manage the intense heat generated during prolonged braking, reducing brake fade by up to 30% compared to standard discs. This ensures maintained braking efficiency and driver confidence when it's needed most.
For drivers who value a responsive and engaging driving experience, our precision-balanced rotors deliver. Manufactured with minimal tolerance (run-out ≤ 0.05mm), they drastically reduce vibration and noise, providing a firm brake pedal feel. This high-level engineering ensures superior braking response during more spirited driving, offering the control and feedback that performance seekers appreciate without compromising comfort.
The proprietary anti-corrosion coating provides a critical defense against rust caused by rain, humidity, and road salts. This ensures that the first brake application in wet or winter conditions is as effective as in dry weather, eliminating the initial grabiness and inconsistency of corroded rotors. This feature is essential for maintaining optimal safety and braking performance in all climates and seasons.
Product Operate Guide
To ensure optimal performance and longevity of your new brake discs, professional installation is required. After installation, a proper bed-in procedure is critical. Perform a series of 5-8 moderate decelerations from 50 mph to 20 mph, allowing adequate cooling time between cycles. This process deposits an even layer of brake pad material onto the disc surface, maximizing braking efficiency and preventing judder. Avoid heavy braking for the first 200 miles to allow the system to stabilize. Following these steps guarantees up to 99% friction contact and a safer, more responsive braking experience.
