Product Introduction
B11-6BH3502080 Durable Quiet Precision Brake Pad for Chery
A precision-engineered brake pad solution for modern automotive systems, built on 12+ years of braking component R&D. Crafted with a semi-metallic compound, it delivers consistent friction (μ=0.38-0.42 across 0-500°C), ensuring rapid, controlled stops. Independently tested to ECE R90 standards, it boasts a 40% lower dust emission vs. generic pads and a wear rate under 0.04mm/10k km—extending service life to ~80,000 km. Noise-free operation (<65dB) and thermal stability make it ideal for high-mileage drivers. Trusted by global aftermarket partners for balancing performance, durability, and compliance.
Product Advantage
1. Advanced Semi-Metallic Compound for Consistent Grip
Our pads use a 12-year R&D-developed semi-metallic blend—steel fibers + ceramic micro-particles—that maintains μ=0.38-0.42 (stable across 0-500°C). This prevents thermal fade during hard braking and cuts dust emission by 40% vs. generic pads, keeping wheels cleaner. Trusted by aftermarket pros for balancing performance and low upkeep—ideal for drivers wanting reliable traction without constant maintenance.
2. ECE R90 Certified Safety & Predictability
Independently tested to meet EU’s ECE R90 standard, our pads retain >95% friction after 500 consecutive 100-0km/h stops. This eliminates “brake fade” risks in high-stress scenarios (e.g., highway merges, mountain roads). The certification validates our OE-grade safety—non-negotiable for buyers prioritizing peace of mind on every drive.
3. Durable Design with Industry-Leading Wear Life
Featuring a high-density friction layer, our pads boast a <0.04mm wear rate per 10k km—outperforming standard pads by 30-50%. That extends service life to ~80,000 km, reducing replacement frequency and long-term costs. Our in-house tests simulate 100k+ km of real-world use, guaranteeing consistency until end-of-life.
4. Quiet, Vibration-Free Comfort
We eliminate brake noise with dual-layer friction material + integrated dampening grooves. Result? Noise stays below 65dB (quieter than most OEM pads) and vibrations are minimized. Drivers get a smooth, refined experience—no more annoying squeals during city stops or highway cruising.
5. Precision Manufacturing for Flawless Fit
Each pad undergoes CNC-machined steel backing plates and automated abrasive finishing for perfect heat dissipation. Special slotting patterns prevent debris buildup and reduce squealing, while ISO 9001-certified QC ensures tight tolerances. This craftsmanship eliminates fitment issues—critical for installers and DIYers alike.
Technical Parameters
| Category | Parameter | Specification |
| Core Identity | Part Number
| B11-6BH3502080 |
| Friction Material Type | Steel Fiber-Reinforced Ceramic Composite (OE-Grade Formulation)
|
| Performance | Friction Coefficient (μ) | 0.38–0.42 (Stable across 0–500°C; Tested per FMVSS 135/ECE R90) |
| Thermal Fade Resistance | <5% μ drop after 500 consecutive 100–0km/h stops (Simulated highway descending)
|
| Wear Rate | ≤0.04mm per 10,000km (30–50% lower than generic aftermarket pads) |
| Noise Level | ≤65dB @ 10–30mph (Quiet operation; Meets OEM NVH standards) |
| Dimensional Accuracy | Friction Material Thickness | 10.5mm ±0.2mm (Tolerance: ±1.9%) |
| Backing Plate Thickness | 2.0mm ±0.1mm (Cold-rolled steel; Anti-corrosion coated) |
| Overall Length × Width × Height | Custom-fit to target systems (±0.5mm tolerance for perfect OEM-like fitment) |
| Overall Weight | 1.2kg ±0.05kg (Lightweight yet rigid for optimal heat dissipation)
|
| Certifications & Compliance | Regulatory Standards | ECE R90 Compliant (EU), FMVSS 135 Compliant (USA), RoHS Compliant (Lead-Free) |
| Quality Management | ISO 9001:2015 Certified Manufacturing |
| Durability Testing | Fatigue Life | Simulated 100,000+ km of mixed driving (Urban + Highway) with no delamination
|
| Corrosion Resistance | Passed 500-hour salt-spray test (ASTM B117) |
Product Uses
Here are specific application scenarios of brake pad:
1. Daily Urban Commuting
Tailored for repetitive stop-and-go traffic, this pad ensures <65dB operation—quieter than most OEM options—to reduce driver fatigue. Its low-dust formula cuts wheel soiling by 40% vs. generic pads, ideal for city dwellers prioritizing cleanliness. Tested to maintain consistent friction (μ=0.38-0.42) even after 10,000+ urban miles, it delivers reliable stops at intersections or traffic lights—perfect for daily use.
2. High-Speed Highway Driving
For extended highway trips, thermal stability is critical. The pad retains >95% friction after 500 consecutive 100-0km/h stops (ECE R90 validated), preventing dangerous fade during downhill descents or overtaking. Its lightweight design also minimizes unsprung weight, boosting fuel efficiency—trusted by drivers covering long distances regularly.
3. Mountainous/Hilly Terrain
Frequent braking on slopes demands durability. With a <0.04mm wear rate per 10,000km (30-50% lower than average pads), it extends service life to ~80,000km—even in high-stress conditions. Third-party tests simulate 100,000+ km of mountain driving without delamination, ensuring consistent performance where brake wear is a top concern.
4. Wet/Humid Climates
Engineered to resist moisture-induced failure, the pad maintains μ stability above 0.35 after 24 hours of water immersion. Passed 500-hour salt-spray testing (ASTM B117), its anti-corrosion coating protects backing plates—vital for drivers in rainy/coastal areas where brake reliability is non-negotiable.
5. Mixed Driving Cycles
Balancing urban and highway use? This pad excels: it handles daily commutes (low noise/dust) and weekend road trips (thermal resilience) without compromise. Its OE-fit design simplifies installation for mechanics, while its 80,000km lifespan reduces callback rates—ideal for aftermarket businesses serving diverse customers.
Product Operate Guide
Start by cleaning caliper housings/rotors to remove debris—prevents uneven wear. Align pads with guide pins and torque fasteners to 15-20Nm (industry-standard for secure fit). Bed the pads: avoid hard braking for the first 500km—this mates friction material to rotors, cutting noise by ~30% and stabilizing μ. Replace when thickness drops to ≤3mm (per ECE R90) to maintain safety. Simple steps for optimal, long-lasting performance.
