Product Introduction
1064001725 OE-matched Durable Certified Rear brake pads for Geely EC-7
Engineered for uncompromised safety, our rear brake pads deliver precision stopping power with 8+ years of OE-matching expertise. Featuring a stable friction coefficient (0.38-0.42μ) tested up to 300°C, they ensure consistent performance in daily and high-load conditions. Rigorously validated per ISO 9001 and TÜV standards, they reduce rotor wear by 25% vs. generic pads and operate with ≤5% dust emission—extending service intervals. With a proven 30,000-50,000 km lifespan, this solution balances durability, low maintenance, and compliance, trusted by professionals for critical braking reliability.
Product Advantage
1. Consistent Friction Performance for Critical Safety
Our rear brake pads leverage a proprietary semi-metallic compound delivering a stable 0.38-0.42μ friction coefficient—tested across -30°C (cold starts) to 300°C (heavy braking). With 10,000+ stop cycles validated, they retain 95% of initial “bite force,” eliminating dangerous fade during highway descents or repeated urban stops. This predictability is why 92% of beta-test workshops praise their reliability for safety-focused fleets.
2. Low Rotor Wear & Dust Reduction Technology
Engineered to minimize damage: these pads cut rotor abrasion by 25% vs. generic aftermarket pads (per SAE J2707 standards). They also emit just ≤5% dust—half the industry average—reducing wheel cleaning time for end-users and extending rotor life. Less maintenance = happier customers and fewer callback requests for installers.
3. OE-Grade Expertise & Rigorous Certification
With 8 years of OE-matching experience, we replicate original equipment tolerances (±0.05mm) for drop-in fitment. Every batch is ISO 9001 & TÜV certified, plus 100% tested for cracks, delamination, and noise. Distributors trust us for solutions that “just work” without re-engineering—saving time and support costs.
4. Extended Lifespan for Lower Total Cost
Lab and real-world data confirms a 30,000–50,000 km service life—20% longer than standard aftermarket options. A noise-dampening shim eliminates squeals, while high-temp resin resists glazing. For drivers, that means fewer brake jobs; for workshops, higher retention from satisfied clients.
5. ECE R90 Compliant for Global Market Access
Adhering to ECE R90 (EU) and equivalent regional standards, our pads meet safety benchmarks for MENA, LATAM, and Asia-Pacific. This pre-certification simplifies import paperwork for international buyers—no extra testing, no delays. A turnkey solution for global distributors.
Technical Parameters
| Parameter | Specification | Test Standard / Validation |
| Friction Material Type | Semi-Metallic Compound (65% ferrous content) | Proprietary formulation optimized for heat dissipation and fade resistance |
| Friction Coefficient | Stable 0.38–0.42 μ (no drop-off under load) | SAE J661 tested across -30°C (cold starts) to 300°C (heavy descending braking) |
| Operating Temperature Range | -40°C to +500°C | In-house thermal cycling tests simulating Arctic winters to desert highways |
| Wear Rate | ≤0.02 mm/1,000 km (rotor-friendly) | SAE J2707 validated: 25% lower than generic aftermarket pads |
| Dust Emission | ≤5% (by weight) | ISO 16232-8:2019 particle count testing (half the industry average) |
| Noise Level | ≤45 dB(A) @ 10–60 mph | ISO 16232-12:2019 NVH evaluation (eliminates annoying squeals) |
| Dimensional Tolerance | ±0.05 mm (critical mounting points) | Coordinate Measuring Machine (CMM) inspected to match OE assembly tolerances |
| Rotor Compatibility | Minimizes scoring/grooving | SAE J2975 tested with cast iron rotors (extends rotor life by 15–20%) |
| Service Life | 30,000–50,000 km (real-world fleet average) | 12-month testing with commercial vehicles (20% longer than standard aftermarket options) |
| Certifications | ISO 9001:2015, TÜV SÜD, ECE R90 | Third-party audited for quality control, safety, and global market access |
Product Uses
Here are specific application scenarios of brake pad:
1. Daily Urban Commuting
Ideal for stop-and-go city traffic, our pads combat wear from frequent braking with a ≤0.02 mm/1,000 km rate (SAE J2707 validated). Their ≤5% dust emission slashes wheel cleaning time by 30%—perfect for drivers prioritizing low maintenance and clean wheels. Beta testers report 90% fewer complaints about “dusty hubs” vs. generic pads.
2. Long-Haul Highway Driving
On cross-country trips with sustained downhill braking, the stable 0.38–0.42 μ friction coefficient (tested to 300°C via SAE J661) eliminates fade. Fleet data shows 95% retention of initial “bite force” after 10,000+ stops—ensuring safe overtaking and descent control for long-distance drivers.
3. Commercial/SUV Heavy Loads
For SUVs or light trucks carrying cargo, the semi-metallic compound’s 65% ferrous content dissipates heat efficiently. It reduces rotor scoring by 25% vs. aftermarket pads (SAE J2975 tested), extending rotor life and cutting downtime for commercial operators.
4. Extreme Climate Regions
In Arctic winters (-40°C) or desert summers (+500°C), our pads maintain ±0.05 mm dimensional tolerance (CMM-inspected). Cold-start “bite” stays consistent, while high-temp resin prevents glazing—trusted by Nordic and Middle Eastern installers for year-round reliability.
5. Fleet Operations (Taxis/Logistics)
Designed for high-utilization fleets, these pads deliver a 30,000–50,000 km lifespan (20% longer than standard). With ECE R90 certification and 92% fleet approval for “zero unexpected failures,” they reduce service calls and boost operational efficiency—key for cost-sensitive operators.
Product Operate Guide
Clean caliper brackets with isopropyl alcohol—our wear tests prove this cuts debris-induced noise by 40%.
Torque mounting bolts to 15-20 Nm (matches original assembly specs) for a secure fit.
Bed in pads: 5 moderate stops from 50 km/h, then 3 hard stops—activates friction evenly for instant bite.
This routine ensures immediate safety, reduces rotor wear, and extends pad life by ~15% vs. unbedded use. Always pair with compatible rotors for best results.
