Marine Copper Condenser with Aluminum Fins 12mm Tube Corrosion Resistant

The Copper Marine Unit Aluminum Fin Condenser is a specially engineered heat exchanger designed for use in harsh environments such as marine air conditioning, coastal HVAC systems, and industrial cooling applications. Built with high-conductivity copper tubes and aluminum fins, this unit ensures excellent heat transfer performance while maintaining structural strength and reliability.

To enhance durability in humid, salty, and corrosive environments, the condenser/evaporator features an electrophoretic black coating, providing superior resistance to oxidation, moisture, and salt corrosion. This makes it an ideal solution for marine vessels, offshore platforms, and coastal air-conditioning projects where standard heat exchangers may fail prematurely.

The design allows for efficient operation as both a condenser and evaporator, offering flexibility in air conditioning and refrigeration applications. With customizable fin pitch, coil dimensions, and coating options, it can be tailored to meet diverse engineering requirements. By combining corrosion resistance, energy efficiency, and long service life, this unit is a reliable choice for demanding cooling environments.

• Marine-Grade Design - Specially developed for ships, offshore platforms, and coastal HVAC systems.
• Electrophoretic Black Coating - Strong corrosion resistance against salt spray, humidity, and oxidation.
• High-Efficiency Heat Transfer - Copper tubes and aluminum fins ensure rapid cooling performance.
• Dual Functionality - Can be used as both a condenser and an evaporator in air conditioning systems.
• Customizable Options - Coil size, tube thickness, fin pitch, and coating can be adjusted for project needs.
• Long Service Life - Built for continuous operation in extreme environments.
• Energy Saving - Optimized airflow and thermal transfer reduce power consumption.

1. Inspection - Check the coating surface, copper tubes, and aluminum fins for shipping damage.
2. Positioning - Install in the designated HVAC or refrigeration housing with proper airflow clearance.
3. Pipe Connection - Connect refrigerant inlet/outlet with sealed copper joints to prevent leakage.
4. System Integration - Attach to marine or coastal HVAC systems, ensuring correct refrigerant compatibility.
5. Testing - Perform pressure and leak tests before refrigerant charging.
6. Maintenance - Regularly clean fins and check coating integrity for maximum corrosion protection.

• OEM/ODM Manufacturing - Customized coil size, coating type, and refrigerant compatibility.
• Marine-Grade Solutions - Engineering support for ships, offshore, and coastal HVAC projects.
• Strict Quality Control - Salt spray resistance testing, leakage testing, and performance evaluation.
• Global Shipping - Secure export packaging with moisture-proof protection.
• After-Sales Support - 1-year warranty with professional technical assistance.