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T11-3502170
HongPro
T11-3502170
Engineered for superior stopping power and reliability, this brake shoe is precision-crafted to meet rigorous OEM standards. Constructed from high-friction, ceramic-enhanced lining material, it ensures exceptional heat dissipation and consistent performance, reducing brake fade by up to 25% compared to conventional materials. The robust steel backing plate is corrosion-resistant, guaranteeing longevity even under demanding driving conditions.
Rigorous laboratory testing confirms a stable friction coefficient (≥0.38) across various temperatures, providing smooth, quiet operation and enhanced pedal feel. Its optimized design promotes even wear, extending service intervals. As a direct replacement part, it guarantees perfect compatibility and effortless installation for a wide range of Chery models.
Ideal for daily commuters and performance-driven applications, this brake shoe delivers the safety and durability you expect from a premium automotive component.
Our brake shoes utilize a proprietary ceramic-compound formula engineered to deliver exceptional stopping power and longevity. This material provides a high and stable friction coefficient (μ ≥ 0.38-0.42) across a wide temperature range, from cold start to 350°C. This translates to reliable, fade-resistant braking, reducing stopping distances by up to 10% compared to standard organic linings. The ceramic composition also significantly minimizes brake dust and eliminates noisy vibrations, ensuring a quiet, smooth operation for a superior driving experience.
Built for durability, the shoe's core is a high-tensile steel backing plate, manufactured with a precision die-cast process to ensure perfect dimensional accuracy and structural integrity. It undergoes a multi-stage anti-corrosion treatment, including a phosphate coating and electrostatic epoxy paint, successfully passing over 120 hours of salt spray testing. This robust construction prevents warping, resists rust in harsh climates, and guarantees a secure, reliable fit within the brake drum assembly for the long haul.
Brake fade is a direct result of overheating. Our shoes feature a segmented wear sensor and strategically engineered slots that aid in the efficient venting of heat and gases. This advanced design maintains optimal braking efficiency during repeated or heavy use and promotes even wear across the lining surface. The result is a consistent pedal feel and up to a 25% longer service life, providing outstanding value and reducing the total cost of ownership for your vehicle.
Every batch of our brake shoes is subjected to rigorous dynamometer testing, simulating over 1,000 intense braking cycles to validate performance and durability. As a direct OEM replacement part, it is manufactured to exact Chery specifications, ensuring perfect compatibility and hassle-free installation with no modifications required. This commitment to quality control means you receive a part you can trust for safety, performance, and reliability, every single time.
| Parameter | Specification | Details / Standard |
| OEM / Interchange Number | T11-3502170 | Compatible with leading industry standards for guaranteed fitment. |
| Friction Material | Ceramic-Enhanced Composite | Engineered for superior performance with low noise and minimal dust. |
| Friction Coefficient (μ) | 0.38 - 0.42 | Stable across a wide temperature range (SAE J661). |
| Lining Thickness | 5.5 mm (Standard) | Provides long service life and consistent wear. |
| Max Operating Temperature | 350°C (662°F) | High thermal stability for reduced brake fade under demanding conditions. |
| Backing Plate Material | High-Strength, Low-Alloy (HSLA) Steel | Provides exceptional structural integrity and resistance to warping. |
| Surface Treatment | Zinc Phosphate Coating + Electrostatic Epoxy Paint | Excellent corrosion resistance, passing 120+ hours of salt spray testing (ASTM B117). |
| Shear Strength | ≥ 20 MPa | Exceeds standard requirements for adhesive integrity between lining and plate. |
| Certification & Testing | ISO 9001, ECE R90 | Manufactured under a certified quality management system and meets international safety regulations. |
Here are specific application scenarios of Brake Shoe:
Navigate daily stop-and-go traffic with unwavering reliability. Our brake shoes are engineered to handle the frequent, low-pressure braking typical of city driving. The advanced ceramic compound ensures smooth engagement and minimal noise, enhancing driver comfort. More importantly, it maintains a stable friction coefficient even during repetitive use, preventing premature wear and providing consistent stopping power through thousands of traffic light cycles.
For drivers who encounter highway merging, downhill sections, or carry heavier loads, heat buildup is the primary enemy of brake performance. Our shoes are designed with a high maximum operating temperature (350°C/662°F) and superior heat dissipation properties. This engineering significantly reduces brake fade, ensuring responsive pedal feel and shorter stopping distances even during sustained or aggressive braking.
Built to endure, these brake shoes offer exceptional resilience in demanding climates. The multi-layer anti-corrosion coating (tested for 120+ hours salt spray resistance) provides robust protection against road salt, moisture, and contaminants. This makes them an ideal choice for coastal areas, regions with harsh winters, or dusty terrains, preventing seizing and ensuring long-term, reliable operation.
When it's time for scheduled maintenance, our brake shoes offer a perfect, hassle-free solution. Manufactured as direct OEM replacements, they guarantee precise fitment without modification. Their consistent quality and even wear characteristics allow mechanics to confidently recommend them, helping to optimize vehicle service schedules and provide customers with a dependable, long-lasting repair.
Product Operate Guide
For optimal performance and safety, we recommend professional installation by a certified mechanic. After installation, a proper break-in period is essential. We advise performing 20-30 moderate, non-emergency stops from 50 km/h to 20 km/h, allowing for adequate cooling intervals between stops. This process gently mates the brake shoe lining with the drum surface, ensuring even contact and maximizing braking efficiency. Avoid heavy, aggressive braking for the first 300 km to allow the system to stabilize and achieve its designed service life. Always follow your vehicle manufacturer's recommended maintenance schedules.
