SB35002 Asbestos-free Stable-friction Low-wear Brake Pad for Lifan

Product Introduction

SB35002 asbestos-free stable-friction low-wear brake pad for Lifan

Product Advantage

1. Global Authority Certifications for Safety

   Compliant with ECE R90 (the international standard for brake pad safety) and ISO 9001 (quality management), this brake pad undergoes 12+ rigorous testing procedures (including friction stability and high-temperature resistance) before leaving the factory. With a 100% compliance rate to these standards, it’s trusted by professional mechanics across 30+ markets, eliminating safety concerns for end-users.

2. Stable Friction Coefficient for Consistent Stopping Power

   Engineered with a premium semi-metallic friction material, the SB35002 brake pad maintains a stable friction coefficient of 0.38-0.42 (far above the 0.32 minimum required by global standards). Even in extreme conditions (e.g., wet roads or frequent braking), it avoids friction decay—reducing braking distance variation by 15% compared to generic aftermarket brake pads, ensuring predictable performance.

3. Low Wear Rate & Extended Service Life

   Backed by 15+ years of auto parts R&D experience, the pad’s material structure is optimized to resist wear. It boasts a 22% lower wear rate than ordinary brake components: lab tests show it can withstand 50,000+ km of normal use (vs. 40,000 km for most alternatives). Real-world data from 100,000+ installed units further confirms its long lifespan, cutting down on replacement frequency and user costs.

4. High-Temperature Resistance & Noise Reduction

   The SB35002 brake pad features a heat-dissipating backing plate and a noise-dampening shim, enabling it to resist temperatures up to 600°C (critical for preventing “brake fade” during heavy use). Additionally, it reduces braking noise by 30% (tested at 60-80 dB, below the 85 dB threshold for comfortable driving), solving the common “squealing” issue of low-quality brake pads.

5. Precision Fit & Environmental Compliance

   Each SB35002 brake pad is manufactured with CNC machining, ensuring a 98% precision fit with compatible brake calipers—no modification is needed during installation, saving labor time for workshops. It’s also free of asbestos and heavy metals, meeting EU ROHS environmental standards (harmful substance emission = 0). This combination of easy installation and eco-friendliness makes it a preferred choice for both professional installers and eco-conscious buyers.

Technical Parameters

Product Uses

Here are specific application scenarios of brake pad:

1. Daily Urban Commuting

   Ideal for frequent stop-and-go in city traffic (e.g., morning/evening rush hours). Its stable friction coefficient (0.38-0.42, ECE R90-verified) ensures consistent braking, while 30% noise reduction eliminates “squealing” during short-distance stops—enhancing driving comfort for daily users.

2. Long-Distance Highway Driving

   Excels in prolonged high-speed use. Withstanding up to 600°C (ISO 6310-tested), it avoids brake fade during extended downhill or heavy braking. Its 22% lower wear rate vs. generic pads also reduces mid-trip maintenance risks for cross-city or inter-regional trips.

3. Complex Suburban/Rural Roads

   Perfect for uneven terrain (e.g., mountain roads, gravel paths). Precision CNC machining (98% fit accuracy) ensures tight caliper alignment, preventing brake lag on sudden turns. The semi-metallic material also resists mud/sand abrasion, maintaining performance in non-urban environments.

4. Commercial Light-Duty Vehicles

   Suits high-frequency use (e.g., delivery vans, small logistics trucks). Boasting 50,000+ km service life (real-world data from 100,000+ installs), it cuts replacement frequency by 20% vs. ordinary pads—lowering operational costs for business owners relying on daily vehicle uptime.

5. Extreme Temperature Climates

   Performs reliably in hot summers (≥35°C) and humid winters. Its heat-dissipating backing plate maintains stability at 600°C, while asbestos-free, corrosion-resistant materials (ROHS-compliant) prevent rusting in rainy or coastal areas—ensuring year-round braking safety.

Product Operate Guide

For optimal performance (per ECE R90 guidelines), we recommend professional installation by mechanics certified to ISO 9001 standards. Post-installation, run a 200-km break-in period: avoid hard braking, use gentle stops to seat the pad—this boosts long-term braking efficiency to 98%. Check pad thickness every 10,000 km; replace when it drops below 3mm. Never use abraded or oil-contaminated pads, as this compromises safety.