As a heat exchange component, finned tubes work in high-temperature flue gas conditions for a long time. For example, finned tubes used in boiler heat exchangers are used in harsh environments, with high temperature and pressure, and are in a corrosive atmosphere. This requires that finned tubes have high performance indicators.

As a heat exchange component, finned tubes work in high-temperature flue gas conditions for a long time. For example, finned tubes used in boiler heat exchangers are used in harsh environments, with high temperature and pressure, and are in a corrosive atmosphere. This requires that finned tubes have high performance indicators.

As a heat exchange component, finned tubes work in high-temperature flue gas conditions for a long time. For example, finned tubes used in boiler heat exchangers are used in harsh environments, with high temperature and pressure, and are in a corrosive atmosphere. This requires that finned tubes have high performance indicators.

As a heat exchange component, finned tubes work in high-temperature flue gas conditions for a long time. For example, finned tubes used in boiler heat exchangers are used in harsh environments, with high temperature and pressure, and are in a corrosive atmosphere. This requires that finned tubes have high performance indicators.

As a heat exchange component, finned tubes work in high-temperature flue gas conditions for a long time. For example, finned tubes used in boiler heat exchangers are used in harsh environments, with high temperature and pressure, and are in a corrosive atmosphere. This requires that finned tubes have high performance indicators.

As a heat exchange component, finned tubes work in high-temperature flue gas conditions for a long time. For example, finned tubes used in boiler heat exchangers are used in harsh environments, with high temperature and pressure, and are in a corrosive atmosphere. This requires that finned tubes have high performance indicators.