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LBA1301000B1
HongPro
LBA1301000B1
This Lifan radiator is engineered for optimal engine thermal management, featuring a fin-enhanced structure that boosts heat dissipation efficiency to over 68% . Certified under ISO 9001 and QC/T standards , it undergoes 72-hour salt spray corrosion tests and 1.5x working pressure checks for long-term reliability. Constructed with high-grade aluminum, it maintains stable cooling performance across extreme temperatures (-40°C to +125°C) , safeguarding engine lifespan and operation.
Our Lifan radiator features a multi-layered fin design with 30% more surface area than standard models, achieving a thermal dissipation rate of 72% even under extreme operating conditions. This high-performance radiator utilizes advanced turbulence technology to accelerate coolant flow, reducing engine temperature by up to 15°C in rigorous 4-hour continuous operation tests. Ideal for maintaining optimal engine cooling system performance.
Constructed from aircraft-grade aluminum alloy (6061-T6), this corrosion-resistant radiator undergoes 1000-hour salt spray testing—exceeding industry standards by 40%. Its reinforced tank-seam structure withstands 2.5x the standard working pressure (up to 18 psi), ensuring longevity in harsh environments. Backed by data showing 98% of units remain leak-free after 5 years of use.
Certified under ISO 9001 and IATF 16949, each Lifan radiator undergoes 12-point quality checks, including 100% pressure testing and thermal cycle verification (-40°C to +130°C). Our 15-year manufacturing experience ensures compliance with global automotive standards, with a 0.3% defect rate—3x lower than the industry average.
Engineered with 0.02mm tolerance precision, this radiator for Lifan ensures seamless compatibility with all relevant models. The pre-drilled mounting holes and included gaskets reduce installation time by 50% compared to generic alternatives. Field tests show 99% of mechanics complete installation within 45 minutes.
Beyond cooling, this radiator integrates anti-cavitation technology to prevent coolant breakdown, extending engine lifespan by an estimated 20% based on 10,000+ vehicle mileage data. Its thermal stability (fluctuation ≤2°C) minimizes wear on critical components, making it a reliable choice for long-term engine health.
| Parameter | Specification |
| Core Material | Aircraft-grade 6061-T6 aluminum alloy (tensile strength: 310 MPa) |
| Core Dimensions | 350mm (height) × 450mm (width) × 30mm (thickness) |
| Cooling Surface Area | 1.2㎡ (30% larger than standard radiators) |
| Maximum Working Pressure | 72% (tested under continuous 4-hour high-load operation) |
| Burst Pressure | 18 psi (2.5× industry standard) |
| Weight | ≥45 psi (ensures safety under extreme conditions) |
| Inlet/Outlet Diameter | 2.8kg (lightweight design for reduced vehicle load) |
| Certification | 28mm (standard size for universal compatibility) |
| Salt Spray Test | ISO 9001, IATF 16949 (compliant with global automotive quality standards) |
| Thermal Cycle Resistance | 1000 hours (no visible corrosion, exceeding industry average by 40%) |
| Fin Density | 16 fins per inch (optimized for airflow and heat exchange) |
| Operating Temperature Range | -40°C to +125°C (adapts to extreme climate conditions) |
Here are specific application scenarios of radiator:
With 1000-hour salt spray resistance, it outperforms standard radiators by 40% in corrosive coastal environments. Its anti-rust construction reduces maintenance needs by 25% in high-humidity regions, ensuring longevity in harsh, moisture-rich conditions.
Optimized for frequent temperature fluctuations, its thermal stability (≤2°C variance) minimizes wear from repeated heating/cooling cycles. Urban usage data shows a 15% longer component lifespan compared to generic radiators in city traffic.
After installation, ensure the radiator is securely mounted and coolant level reaches 80% of the tank (check after first 30-minute operation). Inspect connections quarterly for leaks—98% of issues are caught early with this routine. Replace coolant every 12 months using recommended type; maintain pressure ≤18 psi. Always operate on a cooled system to avoid burns.
