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FIMA cooling components are engineered with high heat-dissipation efficiency, superior sealing performance, and high-temperature-resistant materials to deliver stable, reliable, and long-lasting engine cooling performance for drivers worldwide.
Category Features
FIMA cooling components cover all key parts of an engine’s thermal management system, including radiators, water pumps, cooling fans, thermostats, hoses, expansion tanks, and condensers. These components directly determine engine temperature control efficiency and are essential to overall vehicle reliability and longevity.
FIMA’s cooling system philosophy is built on four principles:
Stable temperature control (prevent overheating or undercooling)
Sufficient coolant flow (smooth and consistent circulation)
Reliable sealing (no leaks, no hose bursts)
Long service life (stable performance even in extreme environments)
To achieve this, FIMA applies premium materials, advanced manufacturing processes, and strict consistency standards to ensure long-term, safe, and reliable cooling performance.
Applications
FIMA cooling components are suitable for:
Passenger cars, SUVs, MPVs, and light trucks
Major Japanese, American, European, and Korean vehicle platforms
Automotive aftermarket repair and replacement
High-temperature, high-humidity, and dusty environments (Middle East, Africa, Southeast Asia, etc.)
Fleets, workshops, parts retailers, and regional distributors
Cooling parts are high-demand, high-replacement items, ideal for markets requiring strong stability and long service life.
Key Advantages
1. High Heat Dissipation Efficiency for Precise Temperature Control
FIMA radiators and condensers feature:
High-frequency welded aluminum construction
Reinforced channel-flow design
Faster and more efficient heat exchange
Ensuring stable engine performance even under high-temperature or heavy-load conditions.
2. Corrosion-Resistant and Vibration-Proof for Longer Lifespan
Common cooling system issues include:
Overheating
Hose bursts
Coolant leakage / seepage
Water pump noise
FIMA uses corrosion-resistant aluminum, reinforced tanks, upgraded bearings, and high-temperature rubber to significantly extend service life and reduce failure rates.
3. Superior Sealing Performance—No Leaks
Key leak-prone areas include the water pump, hoses, thermostat housing, and radiator cap.
FIMA enhances sealing reliability with:
High-quality sealing rings
Heat-resistant plastic or reinforced silicone hoses
Heavy-duty O-rings
Minimizing coolant leakage and ensuring long-term system stability.
Core Manufacturing Processes
1. Radiator / Condenser Manufacturing Process
High-frequency welded aluminum (tubes + fins)
Vacuum brazing
Anti-corrosion coating
Full air-tightness and pressure-holding tests
Ensuring higher strength, better corrosion resistance, and long-term durability.
2. Water Pump Process
High-precision bearing system
Reinforced impeller (aluminum, resin, or steel options)
High-temperature-resistant sealing rings
Axial & radial vibration testing
Guarantees stable performance at high RPM with no leakage and no abnormal noise.
3. Thermostat Process
Precision-filled wax chamber
Accurate valve calibration
Opening/closing cycle durability tests
Directly impacts engine temperature accuracy and warm-up efficiency.
4. Coolant Hose Manufacturing Process
Multi-layer rubber extrusion
Corrosion-resistant inner layer
High-temperature outer layer
Burst-pressure testing
Prevents swelling, cracking, and leakage under high heat and long-term use.
FIMA Cooling Parts List
| Code | Part Name | Picture | Function | Material | Replacement Rate | Remark |
| CL001 | Radiator | ![]() | Dissipates engine coolant heat | Aluminum core + plastic tanks | ★★★★☆ | High replacement rate in hot climates & older vehicles |
| CL002 | Cooling Fan | ![]() | Provides airflow to assist cooling | Motor + plastic impeller | ★★★★☆ | Essential in high temp & heavy traffic environments |
| CL003 | Cooling Fan Motor | ![]() | Electric motor for cooling fan | Copper / steel / aluminum | ★★★★★ | Failure-prone in hot regions (Middle East / Africa / SEA) |
| CL004 | Water Pump | ![]() | Circulates coolant through the engine | Cast aluminum housing + steel bearing + impeller | ★★★★★ | One of the world's highest-frequency cooling replacements |
| CL005 | Radiator Cap | ![]() | Maintains system pressure & prevents boiling | Metal + rubber seal | ★★★★★ | Small high-frequency item with strong profit margin |
| CL006 | Radiator Hose | ![]() | Transfers coolant between radiator & engine | EPDM rubber / silicone | ★★★★★ | Heat aging & hose bursts make this extremely high frequency |
| CL007 | Thermostat | ![]() | Controls coolant circulation on/off temperature | Copper / aluminum + wax element | ★★★★☆ | Sticking causes overheating; common replacement |
| CL008 | Thermostat Housing | ![]() | Houses thermostat & connects hoses | Plastic / aluminum | ★★★★☆ | Plastic cracking is a known failure pattern |
| CL009 | Fan Clutch | ![]() | Controls mechanical fan speed | Silicone oil + aluminum housing | ★★★★☆ | High-frequency item on pickups / off-road vehicles |
| CL010 | Fan Blade | ![]() | Generates airflow for cooling | Reinforced plastic | ★★★★☆ | Aging cracks common; often replaced with fan clutch |
| CL011 | Condenser | ![]() | A/C system heat dissipation | Full aluminum | ★★★★☆ | #1 reason for A/C not cooling; very common replacement |
| CL012 | Coolant Reservoir | ![]() | Stores coolant & stabilizes pressure | PP plastic | ★★★★★ | High failure rate from aging; huge aftermarket demand |
| CL013 | Heater Core | ![]() | Provides cabin heating | Aluminum core | ★★★★☆ | Clogging & seep leakage common |
| CL014 | Coolant Temperature Sensor | ![]() | Monitors coolant temperature & sends signal to ECU | Copper + electronic components | ★★★★☆ | Frequent failure; often triggers check-engine light |
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