Product Introduction
101402005959 OE-Grade High-Heat Eco-Friendly Front brake pads for Geely X7
Our 101402005959 Front Brake Pads are built for dependable automotive braking, supported by 15+ years of OE-grade auto parts manufacturing experience. Boasting a low wear rate of ≤0.3mm/1000km and heat resistance up to 600℃, they ensure stable stopping power in harsh conditions.
Certified to ECE R90 and ISO 9001 standards, the semi-metallic friction material minimizes noise and vibration. Precise dimensional accuracy guarantees a seamless fit, making them ideal for sustaining top braking efficiency and safety.
Product Advantage
OE-Grade Quality Backed by 15+ Years of Expertise
With over 15 years in OE-level auto brake parts manufacturing, our 101402005959 front brake pads meet strict original equipment standards. We achieve 99.8% OE matching accuracy through precision machining, ensuring seamless compatibility with target vehicles. Certified by ISO 9001, each batch undergoes 100% pre-delivery performance testing, eliminating defects and reinforcing reliability for OE-grade front brake pads users.
High-Heat Resistance (Up to 600℃) for Stable Braking
Crafted with advanced semi-metallic friction materials, these front brake pads withstand extreme temperatures up to 600℃—20% higher than industry averages for standard brake pads. Even in continuous high-load braking (e.g., mountain driving), their friction coefficient remains stable at 0.38-0.42, avoiding brake fade. This makes them ideal for demanding scenarios, solidifying their position as high-heat resistance front brake pads.
Low Wear Rate (≤0.25mm/1000km) for Long Lifespan
Our 101402005959 brake pads boast a ultra-low wear rate of ≤0.25mm per 1000km, extending their service life to 50,000+ km—30% longer than ordinary brake pads. The friction layer’s reinforced ceramic particles reduce abrasion on brake discs, minimizing maintenance costs for users. Real-road tests across 50+ regions confirm consistent wear performance, making them a top choice for low-wear front brake pads.
ECE R90 Certified for Noise-Free & Vibration-Free Braking
As ECE R90 certified brake pads, these front brake pads comply with European safety and noise regulations. We integrate a multi-layer damping structure (including a high-density rubber shim and noise-reducing adhesive) to lower braking noise to ≤55dB—well below the 65dB industry threshold. Post-installation feedback shows 98% of users report no "squealing" or vibration, enhancing driving comfort while meeting global safety standards.
Eco-Friendly & RoHS Compliant Materials
Beyond performance, we prioritize environmental responsibility: the friction materials are RoHS compliant, containing no heavy metals (e.g., lead, mercury) or harmful volatile organic compounds (VOCs). During production, we adopt a water-based coating process that reduces pollutant emissions by 40%. This eco-friendly design not only meets global environmental regulations but also appeals to sustainability-focused buyers, adding value to the 101402005959 front brake pads.
Technical Parameters
| Category | Specification | Details |
| Basic Information | Product Model
| 101402005959 |
| Application Position | Front Axle Braking System |
| Brake Type | Disc Brake Pads |
| Manufacturing Standard | OE-Grade (Original Equipment Equivalent) |
| Material Composition | Friction Material Type | Semi-metallic with ceramic reinforcement (reduces wear and noise) |
| Backing Plate Material | Cold-rolled steel (SPCC standard, thickness: 5.0mm ± 0.1mm) |
| Damping Layer Material | High-density nitrile rubber shim + heat-resistant adhesive |
| Coating Type | Water-based anti-rust coating (RoHS compliant, no heavy metals) |
| Performance Parameters | Friction Coefficient (μ) | Dry state: 0.38 - 0.42; Wet state: ≥ 0.35 (tested per ISO 6310) |
| Heat Resistance | Continuous working temperature: -40℃ ~ 600℃; Instant maximum temperature: 700℃ |
| Wear Rate | ≤ 0.25mm per 1000km (under standard driving conditions) |
| Braking Noise Level | ≤ 55dB (tested at 40 - 120km/h, per ECE R90 noise regulations) |
| Compression Rate | ≤ 1.2% under 1000N pressure (ensures stable braking feel) |
| Certification & Compliance | International Certifications | ISO 9001 (quality management), ECE R90 (braking safety), RoHS (environmental protection) |
| Regulatory Compliance | Meets FMVSS 105 (US), UN R90 (EU), and GB 5763 (China) standards |
| Dimensional Specifications | Backing Plate Dimensions (L×W×H) | 145mm × 68mm × 5mm (typical; customizations available for specific applications) |
| Friction Material Thickness | 12mm ± 0.2mm (initial thickness; minimum wear limit: 3mm) |
| Total Pad Thickness (Backing + Friction) | 17mm ± 0.3mm |
| Mounting Hole Diameter | 8mm ± 0.1mm (2 holes, center-to-center distance: 45mm) |
| Service Life & Weight | Estimated Service Life | 50,000 - 60,000km (varies by driving habits and road conditions) |
| Single Pad Weight | 280g ± 10g; Full Set (4 pads) Weight: 1120g ± 20g |
| Testing Standards | Test Methods | Wear test: ISO 6310; Friction test: SAE J2522; Corrosion test: ISO 9227 (salt spray: 48 hours, no rust) |
Product Uses
Here are specific application scenarios of brake pad:
Daily Urban Commuting
Ideal for frequent stop-and-go city traffic, where brakes are used up to 30+ times per hour. With a low wear rate of ≤0.25mm/1000km and noise ≤55dB (ECE R90 certified), they avoid rapid wear and annoying squeals in congested areas. Their stable friction (μ=0.38-0.42) ensures smooth stops at intersections, matching daily driving demands.
Mountain & Slope Driving
Perfect for high-load braking on steep roads (15°+ slopes). Rated for 600℃ continuous heat resistance (20% above industry avg.), they prevent brake fade during repeated downhill stops. ISO 6310 tests confirm consistent performance even after 50+ consecutive brake cycles, keeping stopping power reliable.
Long-Distance Highway Travel
Suits 200+ km daily highway trips. With a 50,000+ km service life (30% longer than ordinary pads), they reduce mid-journey replacement risks. Their 0.35+ wet friction coefficient (tested per SAE J2522) ensures safe braking in sudden rain, complying with FMVSS 105 highway safety standards.
Harsh Climate Conditions
Adapts to -40℃ cold winters and humid coastal areas. The RoHS-compliant anti-rust coating passes ISO 9227 48-hour salt spray tests, resisting corrosion from snow-melting salt or sea mist. The semi-metallic material stays flexible in low temps, avoiding hardening-related performance drops.
Commercial High-Frequency Use
Fits commercial vehicles (e.g., taxis, light delivery trucks) with 10+ daily braking cycles. 100% pre-delivery performance testing (99.8% pass rate) ensures durability under frequent use. The damping layer reduces vibration from repeated stops, lowering driver fatigue during long workdays.
Product Operate Guide
For safe use, install per ISO 9001 auto parts standards (professional mechanics recommended). Post-installation, run a 100-200km break-in: keep speed ≤60km/h, avoid sudden braking to let friction materials adapt. Check pads every 5000km—replace when friction layer thickness drops below 3mm. Avoid overloading vehicles, as it may exceed the pads’ 600℃ heat resistance limit and reduce service life.
