Product Introduction
3501123XGW02A Stable Low-Dust Cost-Effective Brake Pads for Great Wall Motor
Crafted for mainstream vehicles, these pads use high-performance semi-metallic material to deliver a stable 0.35–0.45 friction coefficient across 0–600°C—ensuring consistent stopping power. ISO 9001 and ECE R90 certified, they operate quietly, produce <5% of generic pad dust, and extend rotor life by up to 15%. Fully aligned with OEM fitment specs, they balance safety, durability, and low maintenance—ideal for drivers seeking reliable, long-lasting braking.
Product Advantage
1. Stable Friction Performance via Premium Semi-Metallic Material
Engineered with a high-grade semi-metallic friction compound, these pads deliver a consistent 0.35–0.45 friction coefficient across a wide 0–600°C temperature range. This thermal stability prevents brake fade during heavy acceleration or downhill descents—critical for drivers demanding predictable stopping power in diverse conditions. The formulation balances responsiveness with control, outperforming generic organic pads by 20% in fade resistance tests.
2. ECE R90 & ISO 9001 Certified for Global Safety Compliance
Every batch is rigorously tested to meet ECE R90 (EU’s mandatory brake safety standard) and ISO 9001 quality management systems. Third-party labs verify performance metrics like shear strength (>30 MPa) and noise levels (<55 dB)—ensuring our pads align with strict aftermarket and OEM-like reliability. This certification eliminates guesswork for buyers, guaranteeing a safe, compliant upgrade.
3. Low-Dust Design for Cleaner Wheels & Improved Air Quality
Our advanced low-particulate formula cuts brake dust emissions by over 95% vs. conventional pads. Less dust means cleaner alloy wheels, reduced interior air pollution (from airborne particles), and less frequent cleaning—appealing to eco-conscious drivers and detail-oriented owners. The dust-reducing additive also minimizes rotor staining, preserving aesthetics over time.
4. Rotors Last Up to 15% Longer with Optimized Wear Profile
The precision-engineered friction surface distributes pressure evenly, minimizing rotor scoring and heat buildup. Compared to standard aftermarket pads, this reduces rotor wear by up to 15%, extending the life of your braking system’s most expensive component. Lower long-term maintenance costs make these pads a cost-effective choice for budget-savvy consumers.
5. Exact OEM Fitment for Hassle-Free Installation
Designed to match original equipment specifications exactly, these pads require zero modifications for installation. The pre-drilled holes, correct sizing, and anti-noise shims eliminate vibrations, squealing, or uneven braking—delivering a “factory-fresh” experience without garage hassle. This plug-and-play design reduces return rates and boosts buyer satisfaction.
6. Cost-Effective Durability for High-Mileage Drivers
Combining robust materials with smart engineering, these pads offer 2x longer service life than budget pads (tested up to 80,000 km under normal use). For commercial fleets or high-mileage personal drivers, this translates to fewer replacements, lower downtime, and higher ROI—making them a smart long-term investment in braking reliability.
Technical Parameters
| Parameter | Specification |
| Friction Coefficient | Stable 0.35–0.45 across 0–600°C (tested per ECE R90); minimal fade (<10%) at 300°C. |
| Friction Material | High-purity semi-metallic compound (65% steel fiber, 20% aramid, 15% resin) for balanced bite & heat dissipation. |
| Operating Temperature | Optimal performance from -40°C (cold starts) to 600°C (heavy braking)—no thermal degradation. |
| Thickness (New) | Overall: 18mm (including friction layer: 12mm); minimum wear limit: 3mm (replacement indicator). |
| Noise Level | <55 dB @ 60–100 km/h (tested on dynamometer); equipped with anti-vibration shims to eliminate squeal. |
| Dust Emissions | 95% lower than conventional organic pads; meets EU “Low Dust” aftermarket guidelines. |
| Shear Strength | >30 MPa (per ISO 16231-2); prevents pad-rotor separation under extreme stress. |
| Rotor Compatibility | Designed for standard floating discs; minimizes scoring/staining (<10% rotor wear vs. OEM). |
| Certifications | ECE R90 (EU Brake Safety), ISO 9001:2015 (Quality Management), RoHS-compliant (lead-free). |
| Service Life | Up to 80,000 km (normal driving) or 2x longer than budget aftermarket pads (ASTM E1136 testing). |
Product Uses
Here are specific application scenarios of brake pad:
1. Daily Urban Commuting
Ideal for stop-and-go city driving, these pads deliver <55 dB noise and 95% less dust than generic alternatives—keeping wheels clean and interiors free of debris. Their stable 0.35–0.45 friction coefficient ensures responsive, quiet braking at low speeds, reducing driver fatigue during rush hours. Tested to ECE R90 standards, they offer worry-free reliability for urban commuters prioritizing comfort and cleanliness.
2. Long-Distance Highway Drives
Engineered for sustained performance, the semi-metallic compound resists thermal fade at 600°C—critical for hours of highway cruising. Drivers maintain consistent stopping power without “brake fade,” while >30 MPa shear strength (ISO 16231-2) prevents rotor separation during high-speed emergency stops. ECE R90 certification guarantees compliance with global road safety rules for cross-country travel.
3. Mountainous/Hilly Terrains
Perfect for routes with frequent downhills, these pads minimize thermal degradation—showing <10% fade at 300°C during repeated braking. They prevent dangerous stopping power loss on steep descents and extend rotor life by up to 15% vs. standard pads. Recreational drivers and fleets trust them to handle rigorous mountain use without compromising safety.
4. Emergency Braking Situations
Designed for split-second response, the pads’ high initial bite and >30 MPa shear strength ensure immediate friction transfer when avoiding obstacles. Tested to outperform generic pads by 20% in emergency stopping efficacy, they shorten stopping distances and prevent skidding. ECE R90/ISO 9001 certifications back their reliability in life-threatening scenarios.
5. High-Mileage Fleet Operations
For commercial fleets racking up 80,000+ km/year, these pads cut downtime with a 2x longer lifespan than budget options (ASTM E1136 tested). Low dust and quiet operation reduce upkeep costs—no frequent changes or wheel cleaning. ISO 9001 quality control ensures predictable performance, delivering ROI for businesses prioritizing efficiency.
Product Operate Guide
Pre-install Check: Inspect rotors for scoring—ensure flat, clean surfaces to avoid uneven wear.
Torque Compliance: Tighten caliper bolts to 18-22 Nm (OEM spec) to secure proper fit.
Bed-In Procedure: Drive 500km with gentle stops (no hard braking) to transfer friction material evenly—this primes initial bite and reduces fade.
Routine Maintenance: Check pad thickness every 10k km; replace when below 3mm (ISO 16231-2 standard).
