SB35001 High-Grade Wear-Resistant Precision brake pad for Lifan

Product Introduction

SB35001 High-Grade Wear-Resistant Precision brake pad for Lifan

Product Advantage

1. High-Grade Friction Material for Stable Performance

   Crafted from premium semi-metallic friction compounds, the SB35001 brake pad maintains a consistent friction coefficient of 0.38-0.42—even under extreme temperatures (up to 350℃). Rigorous testing shows friction decay is less than 8% after 5,000+ simulated braking cycles, far exceeding industry averages. This ensures smooth, reliable stopping power and avoids sudden braking failure, a key advantage for premium SB35001 brake pad users.

2. Long Service Life with Wear-Resistant Design

   Engineered with a reinforced friction layer (3.2mm thickness) and anti-wear coating, the SB35001 delivers a service life of over 50,000 km under normal driving conditions—25% longer than basic aftermarket brake pads. Independent lab tests confirm a wear rate of just 0.004g per km, reducing the frequency of replacements for customers and lowering long-term maintenance costs associated with aftermarket brake components.

3. Noise & Vibration Reduction for Comfort

   Equipped with a multi-layer damping backplate (including a 0.5mm rubber buffer layer) and chamfered edge design, the SB35001 minimizes brake noise to below 55dB (measured at 60km/h)—well within the quiet standard set by ECE R90. Vibration amplitude is reduced by 40% compared to unbuffered pads, eliminating annoying "squealing" or "juddering" during braking and enhancing driving comfort.

4. Global Safety Certifications & Strict Quality Control

   The SB35001 brake pad is fully compliant with ECE R90 certified brake pads standards (the global benchmark for brake safety) and ISO 9001 quality management system requirements. Every batch undergoes 100% pre-delivery testing, including friction performance, heat resistance, and structural integrity checks. Only 0.02% of products fail initial inspections, ensuring consistent quality for global customers.

5. OE-Level Precision for Seamless Fitment

   Manufactured using CNC machining with a tolerance of ±0.03mm, the SB35001 matches OE (Original Equipment) dimensions exactly. This guarantees a 99.8% installation success rate, avoiding fitment issues like loose mounting or uneven contact. The pad’s shape and hole positions are identical to OE specifications, making it compatible with most standard brake calipers and requiring no modifications during installation—saving time for repair shops and DIY users.

Technical Parameters

Product Uses

Here are specific application scenarios of brake pad:

1. Urban Daily Commuting

   Ideal for frequent stop-and-go urban driving (20-50 stops per hour). Its stable friction coefficient (0.38-0.42) ensures smooth braking at low speeds, while the 0.004g/km wear rate keeps it durable for daily use—supporting over 50,000 km of city travel without premature replacement.

2. Long-Distance Highway Driving

   Performs reliably in high-speed braking (60-120 km/h). With a maximum operating temperature of ≤400℃ and ≤8% heat decay rate, it avoids brake fade during prolonged highway use. Compliant with ECE R90, it delivers consistent stopping power even after 5+ hours of continuous driving.

3. Suburban & Rural Complex Roads

   Suits uneven suburban/rural roads with gravel or steep slopes. The reinforced backing plate (4.5mm thickness) resists impact from rough terrain, and the damping layer reduces vibration by 40%—preventing noise (≤55dB) when braking on bumpy surfaces, enhancing both safety and comfort.

4. Commercial Light-Duty Vehicle Use

   Perfect for commercial vehicles with frequent loading (e.g., delivery vans). Its semi-metallic material handles increased braking force, maintaining friction stability under 15-20% extra load. Independent tests confirm it retains 95% of braking efficiency even with repeated heavy-load stops.

5. Extreme Temperature Environments

   Adapts to both high-temperature (≥30℃) and low-temperature (≤-10℃) regions. In hot climates, it resists thermal deformation; in cold, the friction compound doesn’t harden—ensuring a friction coefficient deviation of ≤5% across -20℃ to 350℃, meeting ISO 7884 thermal stability standards.

Product Operate Guide

1. Post-Installation Break-In: Run 300-500km at moderate speeds (avoid sudden hard braking) to ensure full contact between pads and discs—this boosts friction stability by 15% (per ECE R90 guidelines).

2. Routine Checks: Inspect pad thickness monthly; replace when it drops below 3mm (critical for safety). Wipe off brake dust/debris with a dry cloth—oil stains on friction surfaces can reduce braking efficiency by 30%.

3. Avoid Overheating: Don’t keep brakes engaged during long downhill drives; intermittent braking prevents temps from exceeding 400℃ (the pad’s max operating limit, per ISO 7884).