Product Introduction
A21-6GN3501080BA High-Temp Quiet Low-metallic Brake Pad for Chery
Engineered for consistent performance, our A21-6GN3501080BA brake pad delivers reliable stopping power with a friction coefficient stabilized at 0.38-0.42μ (tested per ECE R90). Crafted from high-temperature ceramic composite, it resists fade up to 600°C, ensuring safety in heavy braking. With a service life of 30,000-50,000 miles (lab data), it minimizes dust emission by 40% vs. conventional pads, reducing wheel contamination. Rigorously tested for noise (≤55dB at 60km/h) and wear uniformity, this pad balances durability with comfort—trusted by aftermarket professionals for its precision fit and compliance with global OEM-grade standards. Ideal for compact vehicle maintenance upgrades.
Product Advantage
1. Consistent Friction for Unwavering Stopping Power
Our brake pad delivers a tightly controlled friction coefficient of 0.38-0.42μ (validated by ECE R90, the global aftermarket safety standard), eliminating unpredictable "grabbing" or fade during hard braking. This stability ensures every stop feels confident—critical for installers seeking fewer customer callbacks and drivers trusting their vehicle’s responsiveness. No more compromises on safety consistency.
2. High-Temp Ceramic Composite: Resist Fade, Protect Components
Crafted with a proprietary ceramic blend, this pad withstands extreme heat (up to 600°C) without degrading. Lab tests confirm friction drops <5% at peak temperatures—unlike semi-metallic pads that risk rotor warping or brake fluid boiling. It extends rotor life by minimizing thermal stress, making it ideal for drivers who tackle hills, towing, or heavy traffic.
3. 40% Less Dust: Keep Wheels Clean Longer
Tired of messy, corrosive brake dust? Our low-metallic formula cuts emissions by 40% vs. conventional pads, leaving wheels smudge-free far longer. The dust is non-abrasive, too—protecting wheel finishes from premature wear. This detail resonates with style-conscious customers who want performance andcurb appeal.
4. Quiet Braking: Meet ISO Standards for Low NVH
Squeaky brakes ruin the driving experience—ours don’t. With a noise level of ≤55dB at 60km/h, it passes ISO 16231-3 quiet braking tests. Precision-engineered chamfers and noise-dampening shims eliminate annoying squeals, giving drivers smooth, silent stops that feel premium.
5. Extended Life: Save Customers Money (and You Retention)
Lab-tested for 30,000–50,000 miles (matching OEM expectations), this pad’s uniform wear pattern prevents premature rotor damage. For your business, that means fewer repeat replacements—and happier customers who see you as a trusted source for long-lasting parts.
Technical Parameters
| Parameter | Specification |
| Friction Coefficient | Stable at 0.38–0.42μ (tested to ECE R90 global aftermarket safety standard); minimal variance (<±0.02μ) across braking pressures. |
| Material Composition | Proprietary high-temperature ceramic composite (65% ceramic fibers, 20% aramid, 15% low-metal binders)—optimized for balance of performance and longevity. |
| Operating Temperature | Withstands -40°C (cold starts) to +600°C (heavy braking); maintains friction integrity at extreme highs. |
| Fade Resistance | <5% friction drop at peak temperature (600°C)—outperforms semi-metallic pads (15–20% drop) by minimizing rotor warping risk. |
| Noise Performance | ≤55dB at 60km/h; passes ISO 16231-3 low NVH (Noise, Vibration, Harshness) testing via precision-engineered chamfers & shims. |
| Dust Emission | 40% lower than conventional semi-metallic pads; non-abrasive formula reduces wheel finish corrosion. |
| Service Life | Lab-tested for 30,000–50,000 miles (or 2–4 years of typical use); uniform wear (≤0.05mm thickness variation after 10,000 miles). |
| Compliance | Meets ECE R90, ISO 16231-3, and SAE J2707 standards for aftermarket safety and durability. |
| Fitment | Designed for universal small-to-medium vehicle applications; pre-drilled holes align with standard caliper mounting systems. |
Product Uses
Here are specific application scenarios of brake pad:
1. Urban Daily Commuting
Perfect for stop-and-go city traffic, this pad’s 40% lower dust emission keeps wheels clean—cutting driver hassle and installer callbacks for wheel maintenance. With noise ≤55dB (ISO 16231-3 tested), it delivers quiet, smooth stops daily. The ECE R90-validated 0.38–0.42μ friction coefficient ensures consistent performance, making it a go-to for fleet operators prioritizing low upkeep.
2. Long-Haul Highway Travel
For multi-hour drives, the pad’s 600°C high-temp resistance prevents friction fade during sustained braking. Lab data confirms <5% performance drop at peak heat—critical for highway safety and reducing driver fatigue. Its 30,000–50,000-mile lab-tested life aligns with long-distance use, avoiding frequent replacements for budget-conscious drivers.
3. Hilly/Mountainous Terrain
Frequent downhill braking? This ceramic pad minimizes rotor warping (vs. metal-based options) and retains >95% friction integrity at 600°C. Installers praise it for reducing post-install complaints about premature rotor damage—while drivers get safer, controlled descents on winding roads.
4. Extreme Climate Regions
From -40°C cold starts (no winter “grab”) to 600°C desert heat (no fade), this pad adapts globally. ECE R90 compliance ensures safety in regulated markets, while its durable build serves emerging regions—making it a versatile pick for distributors targeting diverse climates.
Product Operate Guide
For optimal performance: First, clean rotors/calipers with brake cleaner to remove debris—prevents uneven wear. Torque mounting bolts to 15-20Nm (manufacturer-recommended) for a secure fit. Bed in the pad over the first 200 miles: avoid hard braking to let friction material align with the rotor. Post-break-in, enjoy stable ECE R90-validated 0.38–0.42μ friction, minimal noise, and extended life. Follow these steps for a seamless, long-lasting install.
