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Heat Exchanger

Tubular heat exchanger

The tubular heat exchanger is composed of concentric tubes of different sizes. The inner tube is connected by U-shaped elbows. In this heat exchanger, one fluid flows inside the tube, while the other fluid flows in the gap between the inner and outer tubes. The inner tube's wall serves as the heat transfer surface.

The tubular heat exchanger is composed of concentric tubes of different sizes. The inner tube is connected by U-shaped elbows. In this heat exchanger, one fluid flows inside the tube, while the other fluid flows in the gap between the inner and outer tubes. The inner tube's wall serves as the heat transfer surface.

Product Details

▎Product Overview

1. The tubular heat exchanger is composed of concentric tubes of different sizes. The inner tube is connected by U-shaped elbows. In this heat exchanger, one fluid flows inside the tube, while the other fluid flows in the gap between the inner and outer tubes. The inner tube's wall serves as the heat transfer surface.
2. The advantages of the tubular heat exchanger are its simple structure, ease of cleaning, and the ability to achieve a high heat transfer coefficient.
3. Tubular heat exchangers are mainly used in the dairy, beverage, and pharmaceutical industries for heating or cooling of materials. Due to their wide application, the improvement of the heat transfer efficiency of tubular heat exchangers can provide a more energy-efficient production method for our industrial production, increase productivity, and reduce energy consumption. In the industrial fields such as new energy, their productivity can play a crucial role.
4. Material: Stainless steel 304 or 316L.
5. Processing range: Flow rate 1T/h to 10T/h.
6. Surface treatment: Mirror polishing on both inner and outer surfaces.

▎Product Overview

1. The tubular heat exchanger is composed of concentric tubes of different sizes. The inner tube is connected by U-shaped elbows. In this heat exchanger, one fluid flows inside the tube, while the other fluid flows in the gap between the inner and outer tubes. The inner tube's wall serves as the heat transfer surface.
2. The advantages of the tubular heat exchanger are its simple structure, ease of cleaning, and the ability to achieve a high heat transfer coefficient.
3. Tubular heat exchangers are mainly used in the dairy, beverage, and pharmaceutical industries for heating or cooling of materials. Due to their wide application, the improvement of the heat transfer efficiency of tubular heat exchangers can provide a more energy-efficient production method for our industrial production, increase productivity, and reduce energy consumption. In the industrial fields such as new energy, their productivity can play a crucial role.
4. Material: Stainless steel 304 or 316L.
5. Processing range: Flow rate 1T/h to 10T/h.
6. Surface treatment: Mirror polishing on both inner and outer surfaces.

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