Ingersoll Rand Aftercooler Intercooler Stainless steel Fin Tubes

Internal Finned Tube Material and Manufacturing Process

The base tube is typically made of 304 or 316L stainless steel. The fins are bonded to the tube body using high-frequency welding and brazing processes, forming an integrated structure that reduces contact thermal resistance and enhances corrosion resistance.

Internal Finned Tube Performance Advantages

The finned structure can increase the heat dissipation area by 4-6 times. Combined with the thermal conductivity of stainless steel, this enables rapid heat transfer.

High temperature and corrosion resistance, suitable for industrial applications such as chemical and food processing.

The excellent thermal conductivity of Ingersoll Rand Aftercooler Intercooler Stainless Steel Fin Tubes is mainly due to its unique structural design. The presence of internal fins increases the heat exchange area of ​​the fluid inside the tube, allowing heat to be transferred more quickly and efficiently between the fluid and the tube wall.

The shape and structure of the internal fins guide fluid to turbulence. Fluids in turbulent flow have a higher convective heat transfer coefficient, significantly improving heat transfer efficiency.

Compared to ordinary smooth tubes, Ingersoll Rand Aftercooler Intercooler Stainless steel Fin Tubes can transfer more heat under the same flow rate and temperature difference conditions, thus meeting various high-efficiency heat exchange requirements.

In practical applications, Ingersoll Rand Aftercooler Intercooler Stainless steel Fin Tubes are widely used in various heat exchange equipment, such as heaters, coolers, and condensers.

For example, in the chemical industry, they are used in heat exchange processes to quickly transfer the heat generated by reactions, ensuring the smooth progress of the reaction; in the refrigeration industry, they can be used in air conditioning, cold storage, and other equipment to improve refrigeration efficiency and reduce energy consumption.

The excellent thermal conductivity of Ingersoll Rand Aftercooler Intercooler Stainless steel Fin Tubes not only improves the heat exchange efficiency of equipment but also reduces the size and weight of the equipment, bringing numerous conveniences and benefits to industrial production.