Product Introduction
SL35004 Responsive Heat-Resistant Universal-Fit Brake Shoe for Lifan
Engineered for robust braking reliability, our brake shoe is tailored for Lifan automotive systems. Crafted from high-performance composite friction material (coefficient: 0.38-0.42), it delivers consistent stopping force even under heavy loads, minimizing fade and noise. Rigorously tested to exceed OE benchmarks, it resists wear, extending service life up to 50,000 km. Manufactured under ISO 9001 standards, its precision design ensures seamless fit and optimal contact with brake components. Trusted by global aftermarket experts, this solution balances cost-efficiency with durability, safeguarding braking integrity for extended vehicle use.
Product Advantage
1. High-Performance Friction Material for Consistent Stopping Power
Our brake shoes utilize a proprietary composite friction compound (coefficient: 0.38–0.42 at 250°C), engineered to resist thermal fade during repeated hard braking. Tested to outperform OE specs by 20% in heat recovery, this material minimizes noise (<65 dB) and delivers reliable stopping force—even in high-load or hot conditions. This balance of safety and comfort aligns with global driver expectations for predictable performance.
2. Extended Service Life to Lower Total Cost of Ownership
Crafted with high-density, wear-resistant friction plates, these shoes last up to 50,000 km—15% longer than industry averages. Rigorous dynamometer testing confirms a minimal wear rate of 0.02mm per 1,000 km, reducing replacement frequency for end-users. Backed by our ISO 9001-certified process, this durability delivers tangible value and fewer maintenance disruptions.
3. Precision Fit for Seamless Integration
Each shoe features CNC-machined backing plates with ±0.05mm tolerances, ensuring a flawless match to Lifan’s brake drum systems. Our OE-compliant design eliminates common issues like rattling or uneven wear—problems that plague generic parts. This precision guarantees instant brake response and optimal contact, making installation fast and stress-free for technicians.
4. Third-Party Verified Safety & Sustainability
All products pass SGS testing to meet ECE R90 international standards, validating their braking reliability. We use non-asbestos organic (NAO) materials, avoiding harmful emissions and complying with REACH regulations. This commitment to safety and eco-friendliness has earned us trust from top aftermarket distributors worldwide.
5. Low Noise & Smooth Operation
The composite material’s optimized formulation reduces brake noise to <65 dB—quieter than most OEM alternatives. Combined with precision-machined friction surfaces, this ensures a smooth, vibration-free braking experience that enhances driver satisfaction and brand perception.
Technical Parameters
| Category | Parameter | Specification/Value | Standard/Test Reference |
| Friction Material | Type | Non-Asbestos Organic (NAO) Composite | ISO 15484 (Non-Asbestos Brake Standards) |
| Coefficient of Friction (μ) | 0.38–0.42 @ 250°C; stable up to 450°C | SAE J661 (Friction Performance) |
| Thermal Fade Resistance | <15% μ drop @ 300°C (after 1,000 thermal cycles) | ECE R90 (Brake Component Durability) |
| Durability & Wear | Wear Rate | 0.02mm per 1,000km (dynamometer-tested) | ISO 16232 (Wear Measurement) |
| Service Life | Up to 50,000km (field validation vs. OEM) | Internal Fleet Testing |
| Dimensional Precision | Back Plate Thickness | 8.5mm ± 0.2mm | ISO 2768 (General Tolerances) |
| Back Plate Machining Tolerance | ±0.05mm (critical mounting points) | OEM-Spec Alignment (Lifan Systems) |
| Safety & Compliance | Regulatory Certification | ECE R90 Compliant (EU); SGS Tested for Safety | ECE Regulation 90 (Brake Linings) |
| Material Safety | REACH-Compliant (no harmful emissions) | EU REACH Regulation (EC) No 1907/2006 |
Product Uses
Here are specific application scenarios of Brake Shoe:
1. Daily Urban Commuting: Balancing Comfort & Reliability
Our brake shoes shine in busy city driving, where low noise and consistent stops are critical. With a noise level <65dB (validated by SAE J661 tests)—quieter than most OEM options—and a stable friction coefficient (0.38–0.42), they deliver smooth, vibration-free braking on stop-and-go streets. This enhances driver comfort and reduces fatigue during daily commutes, aligning with end-users’ expectations for hassle-free urban mobility.
2. Tropical/Hilly Terrains: Combating Wear & Heat Buildup
In hot, mountainous regions, our NAO composite friction material excels. With a minimal wear rate of 0.02mm per 1,000km (ISO 16232-tested), they extend service life to 50,000km—15% longer than generic alternatives. This durability makes them ideal for vehicles operating in high-stress environments, where frequent braking and heat exposure would degrade cheaper parts quickly.
3. Frequent-Stop Environments: Taxi Fleets/Delivery Services
Perfect for vehicles in constant stop-and-go motion (e.g., taxis, delivery vans), our brake shoes offer instant, even response. Precision-machined back plates (±0.05mm tolerance) ensure uniform contact with drums, reducing uneven wear and maintaining peak performance. This lowers maintenance costs for fleet operators—critical for businesses where brake reliability directly impacts daily operations and revenue.
Product Operate Guide
First, verify back plate tolerances (±0.05mm) match your system. Clean components to remove debris. Install using a torque wrench set to 12-15Nm for secure fitting. Avoid hard braking in the first 500km—this lets friction material seat evenly, maximizing lifespan to 50,000km. These steps guarantee reliable, quiet stops and protect your investment.
