High-Efficiency Copper Finned Coil for Commercial HVAC
The copper finned coil, a staple in commercial HVAC systems, combines the excellent thermal conductivity of copper tubes with the lightweight efficiency of aluminum fins. Its dense fin arrangement maximizes surface area, boosting heat transfer by up to 40%. Operating as an air aluminum cooling unit, it cools incoming air by passing refrigerant through copper tubes, while aluminum fins dissipate heat rapidly. During production, copper tubes (10-16mm outer diameter) are expanded into pre-punched aluminum fins (0.15-0.2mm thickness), then brazed for a seamless bond. Ideal for office buildings and shopping malls, this coil maintains indoor comfort by precisely regulating temperature and humidity.
This copper finned coil, a staple in commercial HVAC systems, leverages the excellent thermal conductivity of copper tubes and the lightweight efficiency of aluminum fins. Its dense fin arrangement maximizes surface area, boosting heat transfer by up to 40%. As an air - to - air or air - to - refrigerant cooling unit, it cools incoming air by passing refrigerant through copper tubes while aluminum fins dissipate heat rapidly, ensuring precise temperature and humidity regulation for commercial spaces like office buildings and shopping malls.
Product Details
Core Components & Materials
|
Component |
Material/Specification |
Function & Advantage |
|
Tubes |
Copper tubes (10 - 16mm outer diameter) |
Ensure superior thermal conductivity for efficient refrigerant - air heat exchange |
|
Fins |
Pre - punched aluminum fins (0.15 - 0.2mm thickness) |
Maximize heat dissipation area; dense arrangement boosts heat transfer by ~40% |
|
Bonding |
Brazed for seamless bond |
Creates a robust structure, enhancing thermal performance and long - term durability |
Performance Parameters
◆ Heat Transfer Enhancement: Dense fin arrangement and copper - aluminum combination boost heat transfer by up to 40%, enabling rapid cooling or heating of incoming air.
◆ Temperature & Humidity Control: Precisely regulates indoor temperature and humidity, maintaining comfort in commercial environments such as office buildings and shopping malls.
◆ Air Cooling Capacity: Efficiently cools incoming air as part of air - to - air or air - to - refrigerant cooling units, supporting the HVAC needs of medium - to - large commercial spaces.
Structural Design & Efficiency
◆ Dense Fin Arrangement: Maximizes the surface area available for heat exchange, allowing for quicker and more effective heat dissipation from the copper tubes to the surrounding air.
◆ Seamless Bonding: Brazing copper tubes and aluminum fins creates a seamless bond, ensuring minimal thermal resistance and optimal heat transfer efficiency. This also enhances the coil's structural integrity for long - term commercial use.
Application Scenarios
Ideal for commercial HVAC systems in:
◆ Office Buildings: Maintains a comfortable working environment by regulating temperature and humidity, ensuring employee productivity.
◆ Shopping Malls: Provides consistent cooling to large public spaces, enhancing the shopping experience for customers.
Key Advantages
◆ Superior Thermal Conductivity: Copper tubes enable efficient refrigerant - air heat exchange, while aluminum fins rapidly dissipate heat, ensuring effective temperature regulation.
◆ High Heat Transfer Efficiency: Dense fin arrangement boosts heat transfer by up to 40%, reducing the workload on the HVAC system and potentially lowering energy consumption.
◆ Precise Environmental Control: Maintains stable indoor temperature and humidity levels, crucial for comfort in commercial spaces like offices and malls.
◆ Durable Construction: Brazed connections between copper tubes and aluminum fins ensure a robust, long - lasting coil suitable for continuous commercial HVAC operation.
Technical Compliance
◆ Complies with industry standards for commercial HVAC equipment. The use of copper tubes, aluminum fins, and brazed bonding meets requirements for thermal performance, durability, and safety in commercial building environments.
Packaging & Logistics
◆ Packaging: Protected with shock - absorbing materials (e.g., foam, bubble wrap) to prevent damage during transportation. Shipped in sturdy crates or containers suitable for commercial - grade HVAC components.
◆ Delivery Time: Typically 7 - 17 working days after order confirmation, depending on order quantity and customization needs. Shipping can be arranged via freight carriers to accommodate the size and weight of commercial HVAC coils.
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