Metallurgy
Finned tubes improve cooling and waste heat recovery of process gas, efficient and space-saving.
View DetailsGas-Liquid Finned Tube Heat Exchanger
Gas-Liquid Finned Tube Heat Exchanger
Finned tubes enhance heat transfer for cooling or waste heat recovery of process gas, improving efficiency and saving space.
Metallurgy
Gas-Liquid Finned Tube Heat Exchanger
The gas-liquid finned tube heat exchanger enhances heat transfer by extending the heat transfer surface, widely used for gas-liquid or gas-vapor heat exchange. High-conductivity pressurized fluid flows inside the tubes while low-conductivity gas flows outside; fins greatly increase the surface area to compensate for the low thermal conductivity of gases.
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- Finned tube enhanced heat transfer
- High heat transfer efficiency
- Space saving
- Suitable for gas media
Features
Key Features
Key characteristics designed for process gas conditions
Extended Surface
Fins greatly enlarge heat transfer surface for enhanced transfer.
Gas-Liquid/Vapor Exchange
Widely applied to gas-liquid and gas-vapor heat exchange.
Compensates Gas Conductivity
Fins make up for the low thermal conductivity of gases.
Compact Design
High efficiency with compact space-saving structure.
Applications
Application Areas
The gas-liquid finned tube heat exchanger serves the metallurgy industry
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