Product Introduction
S11-3501080 Ceramic-metallic Wear-resistant OE-standard Brake Pad for Chery
Engineered for consistent braking performance, our S11-3501080 brake pad combines precision engineering with advanced friction technology. Crafted from a high-composite ceramic-metallic formulation, it delivers stable μ-values (0.38-0.42) across -30°C to 300°C, ensuring responsive stops and reduced fade. Rigorous ISO 26867 testing confirms minimal wear (≤2.8mm/10k km) and ultra-low noise (<55dB), enhancing driver comfort. Reinforced steel backing plates resist warping, while OE-matched fitment guarantees seamless integration. Trusted by global repair networks, this pad balances longevity, safety, and cost-efficiency—ideal for high-mileage applications requiring dependable braking.
Product Advantage
1. Advanced Ceramic-Metallic Friction for Unwavering Safety
Our pads use a proprietary ceramic-metallic compound, delivering a stable friction coefficient (μ: 0.38–0.42) across extreme temperatures (-30°C to 300°C). Tested to ISO 26867 standards, this formula cuts brake fade by 40% vs. generic semi-metallic pads—ensuring predictable, reliable stops even under heavy loads. It also minimizes noise, balancing high performance with driver comfort for daily and long-haul use.
2. Industry-Leading Wear Resistance for Long-Term Value
Engineered to outlast standard pads, these feature a ≤2.8mm wear rate per 10,000 km—validated by SGS testing. The high-strength composite resists rotor abrasion, extending rotor life too. For fleets or high-mileage drivers, this translates to fewer replacements and lower total cost of ownership—proving durability pays off.
3. Quiet, Clean Operation with Minimal Dust
Say goodbye to squeals and mess: a noise-dampening shim reduces operational noise to <55dB (quieter than most OEM pads). Our ceramic formulation also cuts dust emissions by 35%, keeping wheels cleaner and interiors free of brake residue. A small but impactful upgrade for driver satisfaction and vehicle upkeep.
4. OE-Matched Precision for Hassle-Free Installation
Every pad adheres to original equipment (OE) specs, with rigorous dimensional checks to ensure perfect fit. Manufactured under IATF 16949 standards, we test for hardness, shear strength, and corrosion resistance—mirroring OEM quality without the premium price. Save time on installs and reduce comebacks with components you can trust.
5. Warp-Resistant Backing for Structural Integrity
Our heavy-gauge steel backing undergoes heat treatment to resist warping—even after 10,000+ thermal cycles. This eliminates uneven rotor contact, preventing vibration or premature wear. You get consistent braking performance and extended component life, backed by our commitment to structural reliability.
Technical Parameters
| Parameter | Specification |
| Friction Coefficient (μ) | Stable at 0.38–0.42 across -30°C to 300°C; tested per ISO 26867 (brake friction performance).
|
| Wear Rate | ≤2.8mm per 10,000 km; validated by SGS (reduces rotor abrasion vs. generic pads). |
| Noise Level | ≤55dB (quieter than OEM benchmarks); measured under ECE R13H (automotive brake noise) conditions. |
| Backing Plate | Heavy-gauge steel with heat treatment; resists warping after 10,000+ thermal cycles. |
| Dust Emission | 35% lower than standard semi-metallic pads; minimizes wheel contamination. |
| Shear Strength | ≥300 MPa; tested per ISO 16231 (structural integrity under load). |
| Compliance | Certified to IATF 16949 (automotive quality management) + RoHS (lead-free). |
Product Uses
Here are specific application scenarios of brake pad:
1. Daily Urban Commuting
Tailored for stop-and-go city traffic, these pads thrive in frequent braking conditions. With a ≤2.8mm wear rate per 10,000 km (SGS-validated) and <55dB noise level, they minimize rotor damage and cabin disturbance—ideal for commuters prioritizing low maintenance and comfort during rush hour.
2. Long-Haul Freight & Overloaded Hauls
Built for sustained heavy use, the ceramic-metallic compound retains a stable 0.38–0.42 μ-value up to 300°C (ISO 26867-tested). This resists brake fade on mountain descents or fully loaded trucks, ensuring consistent stopping power for fleet managers relying on uptime.
3. Extreme Climatic Environments
From -30°C freezing winters to humid tropical rains, the heat-treated steel backing prevents warping, and the low-dust formula keeps wheels clean. IATF 16949-compliant corrosion resistance makes them a go-to for drivers in regions with harsh weather shifts.
4. High-Utilization Fleets (Taxis/Ride-Shares)
For vehicles logging 10k+ km/month, the pads’ extended lifespan cuts replacement costs by ~30% vs. generic options (SGS data). Quick OE-fitment eliminates modifications, reducing downtime and boosting fleet profitability.
Product Operate Guide
Before install, clean rotors/calipers with brake cleaner to remove debris. Our OE-matched design ensures precise fit—no adjustments needed. Post-install, avoid hard braking for 200km (ISO 16231 bed-in protocol) to seat the friction material. For daily use, gentle stops maximize pad life (up to 10k km per SGS testing). Always torque mounting screws to 15-20Nm to prevent backing plate warping. Follow these steps for optimal safety and longevity.
