Product Introduction
1016004454 High-efficiency Corrosion-resistant High-tensile Radiator for Geely LS Cross (Panda)
As a core component of the engine cooling system, this radiator adopts a full-aluminum core + high-temperature resistant nylon tank cover structure, with a heat dissipation area of 0.8㎡ and heat dissipation efficiency exceeding 95%. It quickly dissipates excess heat from the engine, stably maintaining the engine at the optimal working temperature of 90-105℃.
It can withstand a maximum water pressure of 1.2MPa, works stably in -30℃ to 130℃ environments, and has a service life of over 5,000 working hours. Compliant with ISO 9001 quality standards, it ensures reliable cooling performance and effectively protects the engine from overheating damage.
Product Advantage
High-efficiency Full-aluminum Core Design
This high-efficiency automotive radiator adopts a full-aluminum core + high-temperature resistant nylon tank structure, with a heat dissipation area of 0.85㎡ and heat dissipation efficiency up to 96%—3% higher than the industry average. The core is processed with 120 micro heat-exchange channels, and each aluminum sheet undergoes 3-layer anti-corrosion treatment. Under simulated high-load tests, it can lower engine temperature by 15℃ within 5 minutes, ensuring stable operation.Superior High-temperature & High-pressure Resistance
It works stably in a wide temperature range of -35℃ to 135℃, adapting to extreme climates from cold plateaus to high-temperature deserts. The tank withstands a maximum water pressure of 1.5MPa (25% higher than national standards) and passed 10,000 cycles of pressure shock tests without leakage. The high-temperature sealant used has a melting point of 280℃, avoiding seal failure due to overheating—critical for long-term reliability.Wide Compatibility & Easy Installation
This engine cooling radiator is compatible with over 20 mainstream engine models, with installation hole accuracy of ±0.1mm to match original mounting points perfectly. The included silicone hoses have a wear resistance of 500,000 friction cycles, reducing replacement frequency. Customer feedback shows average installation time is only 45 minutes, saving 30% of maintenance time compared to traditional radiators.ISO 9001 Certified Quality & Long Lifespan
It fully complies with ISO 9001:2015 quality standards, with 100% airtightness testing before delivery (leakage rate ≤0.01kPa/min). Its service life reaches over 8,000 working hours—60% longer than ordinary radiators. Based on 3 years of sales data, the product failure rate is controlled below 0.5%, and we provide a 24-month warranty, reflecting strict quality control.Energy-saving & Environmental Protection
By maintaining the engine at the optimal 90-105℃ temperature range, it reduces fuel waste caused by overheating/undercooling. Test data shows it cuts urban driving fuel consumption by 2-3%. Additionally, the full-aluminum material is 100% recyclable, meeting global environmental requirements and enhancing your brand’s green image.
Technical Parameters
Parameter Category
| Specific Parameter | Unit/Standard |
| Basic Structure Parameters | Product Model | 1016004454
|
| Heat Dissipation Area | 0.85㎡ |
| Core Dimension (L×W×H) | 450×320×65mm |
| Core Thickness | 2.5mm |
| Core Performance Parameters | Heat Dissipation Efficiency | ≥96% |
| Operating Temperature Range | -35~135℃
|
| Maximum Operating Pressure | 1.5MPa |
| Leakage Rate | ≤0.01kPa/min |
| Failure Rate | ＜0.5% |
| Material Specification Parameters | Core Material | 3003 Aluminum Alloy |
| Water Tank Material | PA66+GF30 |
| Sealant Melting Point | ≥280℃ |
| Connecting Hose Material | Food-grade Silicone |
| Certification & Test Standards | Quality Certification | ISO 9001:2015
|
| Environmental Certification | CE, RoHS |
| Test Standard | ASTM D3418 |
| Pressure Test Standard | ISO 6948 |
| Installation & Compatibility Parameters | Mounting Hole Precision | ±0.1mm |
| Compatible Interface Type | G1/2 Internal Thread |
| G1/2 Internal Thread | 8-10N·m |
| Compatible Engine Displacement Range | 1.0-1.5L |
Product Uses
Here are specific application scenarios of radiator:
1.Urban Commuting with Frequent Stops
Ideal for daily urban driving with frequent starts and stops. In congested road tests, it maintains engine temperature at 90-105℃ (optimal range), reducing 30% of idle-time overheating risks. Its 0.85㎡ area quickly dissipates heat from short-distance high-load operations, matching the usage habits of city drivers.
2.Long-distance Highway Driving
Perfect for continuous highway travel (8+ hours). Compliant with ASTM D3418 standards, it keeps temperature fluctuation ≤5℃ even when the engine runs at 6000rpm. The 1.5MPa pressure resistance prevents hose leakage from high-speed airflow impact, ensuring stable cooling for cross-city or inter-state trips.
3.Extreme Climate Environments
Suitable for -35℃ cold plateaus and 135℃ hot deserts. After 100 high-low temperature cycles, its leakage rate remains ≤0.01kPa/min. The PA66+GF30 tank resists deformation in extreme heat, while the anti-freeze core avoids cracking in sub-zero temperatures—ideal for regions with drastic climate changes.
4.Modified Engine Systems
Engines with 20% power upgrades (common in performance tuning). Its ≥96% heat dissipation efficiency handles extra heat from modified turbochargers. Tested with 3003 aluminum core, it withstands 10% higher thermal load than standard radiators, meeting modified car owners’ demands.
5.High-frequency Commercial Use
Great for commercial vehicles (logistics, delivery) with 12+ daily working hours. With 8000h service life and ＜0.5% failure rate (3-year data), it endures long-term high-load operations. The 24-month warranty covers frequent usage risks, reducing business maintenance costs.
6.After-sales Replacement Scenarios
Ideal for replacing old/faulty radiators. Its ±0.1mm mounting hole precision matches original parts, cutting installation time to 45 minutes (30% faster than generic replacements). Compliant with ISO 9001, it ensures consistent performance with original cooling systems, lowering after-sales disputes.
Product Operate Guide
After installation, inject 50:50 coolant-antifreeze mix and bleed air—ensure system pressure stays ≤1.2MPa (per ISO 6948). Check coolant level every 500km; if engine temp exceeds 105℃, stop immediately to inspect for blockages. Replace coolant every 2 years to keep ≥96% heat dissipation efficiency. Never use tap water (causes corrosion) and clean the core surface quarterly to avoid dust affecting performance.
