Product Introduction
1017100-ED01 OE-Grade High-Durability High-efficiency Fuel Filter for Great Wall Motor
1017100-ED01 Fuel Filter is a high-performance filtration component engineered for gasoline-powered vehicle fuel systems. With 12+ years of auto parts manufacturing expertise, it meets OE-level precision standards, ensuring seamless compatibility.
Featuring 99.6% particle filtration efficiency, it effectively captures dust, rust, and sediment, preventing fuel injector clogs and pump wear. Compliant with ISO 4020 and SAE J1839 certifications, it guarantees reliable safety and durability. On average, it extends fuel system service life by 25%, maintaining stable engine fuel supply for optimal performance.
Product Advantage
1. Industry-Leading 99.8% Filtration Efficiency
As a high-efficiency fuel filtration solution, the 1017100-ED01 fuel filter captures particles as small as 5 microns—including dust, rust, and fuel sediment—with a 99.8% success rate. This meets strict ISO 4020 standards for automotive fuel filters, directly reducing fuel injector clogs by 40% and extending the overall fuel system service life by 25% compared to generic filters. Our long-term testing (covering 10,000+ simulated driving hours) confirms consistent performance without efficiency drop.
2. OE-Grade Compatibility & Precision Manufacturing
Designed as an OE-grade fuel filter, the 1017100-ED01 adheres to SAE J1839 specifications for dimensional accuracy, with a tolerance of only ±0.02mm on key connection parts. This ensures seamless fitment with target fuel system architectures, eliminating leaks or installation errors—issues that affect 30% of users with non-OE filters. We use automated CNC machining for core components, maintaining a 99.9% consistency rate across production batches.
3. High-Durability Materials for Extreme Conditions
The 1017100-ED01 fuel filter uses premium materials: its filter media is a multi-layered synthetic fiber (resistant to fuel corrosion and high temperatures), while the housing is made of reinforced PA66 plastic. These materials withstand temperatures ranging from -40°C to 120°C and resist chemical degradation from ethanol-blended fuels (E10-E85). Testing shows the filter maintains structural integrity after 5,000 hours of exposure to harsh conditions, making it reliable for both cold and hot climate use.
4. Proven Protection for Critical Fuel System Parts
By blocking contaminants, the 1017100-ED01 fuel filter effectively protects fuel pumps and injectors—two of the most expensive fuel system components. Our post-sales data (from 1,200+ global customers) shows that vehicles using this filter have 35% fewer fuel pump failures and 30% fewer injector repair needs. It also stabilizes fuel pressure, helping engines maintain optimal combustion efficiency and reducing fuel consumption by up to 5% in daily driving scenarios.
5. 100% Quality Inspection & Traceability
Every 1017100-ED01 fuel filter undergoes three rounds of quality checks: pre-production material testing, in-process pressure leakage tests (at 10 bar), and post-assembly performance verification. We achieve a 99.9% batch qualification rate, and each unit has a unique serial number for full traceability—from raw material sourcing to delivery. This commitment to quality has earned us recognition from 50+ auto parts distributors worldwide, with a 98% customer repurchase rate for this model.
Technical Parameters
| Parameter Category | Specific Specification | Remarks / Standards Compliance |
| Basic Information | Model: 1017100-ED01 | Unique part number for traceability |
| Applicable Fuel Type: Gasoline (E10-E85 compatible) | Works with ethanol-blended fuels commonly used globally |
| Filtration Performance | Filtration Precision: 5 Microns (μm) | Captures 99.8% of particles ≥5μm (tested per ISO 4020) |
| Filtration Efficiency: ≥99.8% | Verified via 10,000+ hours of simulated driving tests |
| Flow Rate: 12 L/min (at 25℃, 3 bar pressure) | Meets SAE J1839 flow rate requirements for gasoline fuel systems |
| Material Composition | Filter Media: Multi-layer Synthetic Fiber | Resistant to fuel corrosion and chemical degradation |
| Housing Material: Reinforced PA66 Plastic | Withstands impact and high-temperature deformation |
| Seal Material: Nitrile Rubber (NBR) | Ensures leak-proof performance; compatible with gasoline |
| Dimensional Details | Outer Diameter: 75 mm | Precision-machined to ±0.02mm tolerance |
| Overall Height: 140 mm | Includes housing and connection ports |
| Inlet/Outlet Port Size: M18×1.5 (Male Thread) | Standard thread size for easy installation |
Temperature & Pressure
| Operating Temperature Range: -40℃ to 120℃ | Stable performance in extreme cold/hot climates |
| Operating Pressure Range: 0.5 - 6 bar | Suitable for most gasoline vehicle fuel system pressure |
| Burst Pressure: ≥10 bar | Exceeds industry safety thresholds by 40% |
| Certification & Quality | Compliance Standards: ISO 4020, SAE J1839 | Certified by third-party automotive testing laboratories |
| Quality System: ISO 9001:2015 | Ensures consistent production quality |
| Batch Qualification Rate: 99.9% | Based on 2023-2024 production data |
| Service Life | Recommended Replacement Interval: 15,000 - 20,000 km | Varies by fuel quality and driving conditions |
| Quality Warranty: 12 Months | Covers manufacturing defects |
Product Uses
Here are specific application scenarios of Air filter:
1. Daily Urban Commuting
Ideal for vehicles used in city traffic with frequent starts and stops. These conditions increase fuel system pressure fluctuations, and the filter’s 99.8% efficiency blocks contaminants stirred up in the fuel tank. Data shows it reduces fuel injector malfunction risks by 35% compared to generic filters, ensuring stable engine performance during rush-hour drives.
2. Rural & Off-Road Driving
Perfect for areas with dusty roads or unpaved terrain, where fuel tanks are more prone to dust and sediment intake. Its 5-micron filtration precision (meets ISO 4020) traps tiny particles that cause fuel pump wear. Testing confirms it lowers pump repair rates by 25% for vehicles frequently driven on rough roads.
3. Commercial High-Frequency Use
Suitable for commercial vehicles (e.g., delivery vans) with long daily mileage (200+ km). The reinforced PA66 housing and corrosion-resistant filter media maintain 99.8% filtration efficiency even after 1,000+ hours of continuous use. It extends the fuel system’s maintenance interval by 15,000 km, cutting operational costs for businesses.
4. Regions with High-Ethanol Fuels
Essential for areas using E10-E85 ethanol-blended gasoline. Its nitrile rubber seals and multi-layer synthetic media resist chemical degradation from ethanol. After 5,000 hours of exposure to E85 fuel, the filter retains 100% structural integrity—far exceeding industry average durability (which drops by 20% in the same test).
5. Extreme Climate Conditions
Reliable for areas with severe temperatures, from -40℃ (cold regions) to 120℃ (hot climates). The filter’s material composition (reinforced PA66, high-temp-resistant media) ensures no cracking or efficiency loss. Field tests in polar and desert regions show 100% stable performance across temperature extremes.
6. Routine Maintenance Replacements
A top choice for scheduled fuel system maintenance. As an OE-grade replacement, it matches original fitment standards, reducing installation errors by 30% (vs. non-OE filters). Its 12-month warranty (backed by ISO 9001 quality systems) gives users confidence in long-term reliability during regular upkeep.
Product Operate Guide
Prep Work: Ensure the vehicle is off; disconnect the fuel pump power (prevents fuel spillage). Gather a wrench (for port threads) and a clean rag—per SAE J1839 safety guidelines.
Remove Old Filter: Loosen inlet/outlet threads gently; catch residual fuel with the rag. Dispose of the old filter properly (follow local waste rules).
Install New Filter: Align the new filter’s ports with the fuel lines; tighten threads to 25-30 N·m (avoids leaks, tested for optimal seal).
Check & Test: Reconnect the fuel pump, start the vehicle, and inspect for 2 minutes—no leaks mean success. Replace every 15,000-20,000 km (per our 12+ years of filtration data).
