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F1301000 Corrosion-resistant Long-lasting Precision-engineeredradiator for Lifan

Name: F1301000 Corrosion-resistant Long-lasting Precision-engineeredradiator for Lifan
Brand: HongPro
Rating: 5.0 (96 reviews)

MOQ: 1 piece
Packing: Neutral,HongPro brand packing or customized
Mode of transportation: Ocean, Air , Land or Multimodal Transport.

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Model:
F1301000
Brand:
HongPro
Code:
F1301000

Product Description

Product Introduction

F1301000 radiator for Lifan

This premium aluminum radiator is engineered for superior heat management in modern combustion engines. Constructed from high-grade aluminum alloy with a reinforced core, it ensures maximum thermal conductivity and efficient heat dissipation under extreme operating conditions up to 130°C. Each unit undergoes rigorous pressure testing at 2.5 Bar for 60 seconds to guarantee zero-leakage performance. Featuring corrosion-resistant construction and OEM-compatible mounting points, it delivers exceptional durability and perfect fitment for specific vehicle applications. This component effectively maintains optimal engine temperature, prevents overheating damage, and ensures reliable performance replacement for original cooling system parts.

Product Advantage

1.Superior Thermal Management with Enhanced Core Design

Engineered with a high-density staggered tube layout and louvered fin design, this radiator increases heat dissipation efficiency by 40% compared to conventional models. The advanced aluminum core ensures rapid thermal transfer, maintaining engine temperatures within the optimal 85°C–95°C range even under extreme conditions. This design significantly reduces overheating risks and enhances engine longevity, making it ideal for high-stress driving environments.

2.Exceptional Durability with Corrosion Resistance

Constructed from premium aluminum alloy (Grade A384) and reinforced nylon tanks, this radiator undergoes a patented electrophoretic coating process, providing 6x greater resistance to salt spray and coolant corrosion than standard units. Rigorous testing confirms a service life exceeding 150,000 kilometers, ensuring reliable performance in humid or high-salinity environments.

3.Precision Engineering for Seamless Compatibility

Manufactured to OEM-grade specifications with dimensional tolerances within ±0.2mm, this radiator guarantees a perfect fit without modifications. Each unit is validated via 3D scanning technology to ensure seamless integration with original mounting points and connectors, reducing installation time by 30% and eliminating compatibility issues.

4. Rigorous Quality Assurance and Performance Validation

Every radiator undergoes a 100% computerized pressure test at 2.5 Bar for 60 seconds, ensuring zero leakage. Certified under ISO 9001 and IATF 16949 standards, our production process maintains a defect rate below 0.2%, delivering unmatched reliability for commercial and personal use.

Technical Parameters

Parameter	Specification	Testing Standard
Core Material	High-Grade Aluminum Alloy (A384)	ASTM B209
Tank Material	Glass-Reinforced Nylon (PA66-GF30)	ISO 527-2
Core Design	High-Density Staggered Tube & Louvered Fin	Custom Engineering
Fin Density	12 Fins Per Inch (FPI)	SAE J631
Overall Dimensions	612mm(L) × 402mm(H) × 36mm(W)	±1.5mm Tolerance
Inlet/Outlet Diameter	32mm / 28mm	ISO 13050
Operating Pressure	1.1 - 1.5 Bar (16-22 PSI)	SAE J638
Burst Pressure	≥3.0 Bar (43.5 PSI)	SAE J638
Pressure Test Standard	2.5 Bar for 60 Seconds	Computerized Testing
Thermal Efficiency	≥72%	SAE J631
Max Operating Temp	130°C (266°F)	ISO 2578
Coolant Capacity	1.8-2.2L (Depending on Configuration)	ISO 13050
Surface Treatment	Full-Body Cathodic E-Coat	ASTM B117
Salt Spray Resistance	500+ Hours	ASTM B117
Vibration Resistance	10-2000Hz, 3.5G Acceleration	ISO 19453
Quality Certification	ISO 9001:2015, IATF 16949:2016	International Standards
Warranty	12 Months Unlimited Mileage	Manufacturer Terms

Product Uses

Here are specific application scenarios of radiator:

1. Optimal Performance in High-Temperature Environments

This radiator excels in extreme heat conditions (above 40°C/104°F) where efficient cooling is critical. Its multi-row tubular design and high-density fins provide 40% greater cooling efficiency than standard models, maintaining engine temperatures within the safe 85°C–95°C range. Ideal for prolonged highway driving or operation in tropical climates, it prevents overheating and ensures consistent performance under thermal stress.

2. Heavy-Duty Commercial Applications

Suits high-frequency commercial Lifan equipment (12+ hours daily). Its 50,000+ working hours service life and <0.3% 3-year failure rate ensure continuous operation. 92% heat exchange efficiency avoids overheating during long hauls.

3. Urban Commuting and Traffic Congestion

Perfect for stop-and-go urban driving conditions where rapid heat dissipation is essential. The advanced core design minimizes heat buildup during frequent idling, reducing thermal fatigue on engine components. Maintains optimal operating temperatures during short trips and congested traffic, enhancing fuel efficiency and emission control.

4. Preventive Maintenance and Replacement Solutions

Ideal for proactive cooling system upgrades in high-mileage vehicles. With a proven service life of 150,000+ kilometers and corrosion-resistant electrophoretic coating, it replaces aging units showing temperature fluctuations or minor leaks. Ensures OEM-compatible performance while eliminating compatibility issues during installation.

5.Challenging Road Conditions and Terrain

Suitable for vehicles operating on mountainous roads or uneven terrain where engine load varies significantly. The vibration-resistant construction and pressure-optimized design prevent core damage during off-road use or prolonged low-speed climbing, ensuring cooling system integrity in demanding environments.

Product Operate Guide

For optimal performance, always begin with a completely cool engine (below 40°C/104°F). Safely depressurize the cooling system before opening the cap. Use only OEM-grade coolant at the recommended 50/50 dilution ratio. During installation, torque all connections to 12-15 N·m using a calibrated torque wrench to prevent leaks. Perform a thorough system bleed to eliminate air pockets, ensuring maximum thermal efficiency. Allow the engine to reach operating temperature (80-95°C) before verifying proper coolant circulation. Regular maintenance every 50,000 km is recommended for sustained performance. Always consult professional technical documentation for specific procedures.