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Heat Exchanger

Double-tube-sheet heat exchanger


The sanitary double-tube-sheet heat exchanger is designed for use in applications requiring the highest levels of sanitary compliance. Its unique design results in a simple, compact, and aesthetically pleasing structure, while simultaneously delivering maximum heat transfer performance. Offering heat transfer efficiency several times greater than that of traditional shell-and-tube heat exchangers, this product is widely utilized in heating and cooling processes across the chemical, electronics, and pharmaceutical industries.

The sanitary double-tube-sheet heat exchanger is designed for use in applications requiring the highest levels of sanitary compliance. Its unique design results in a simple, compact, and aesthetically pleasing structure, while simultaneously delivering maximum heat transfer performance. Offering heat transfer efficiency several times greater than that of traditional shell-and-tube heat exchangers, this product is widely utilized in heating and cooling processes across the chemical, electronics, and pharmaceutical industries.


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Product Details

Typical Applications

1. Heating for the pasteurization of purified water;
2. Point-of-use cooling for Water for Injection (WFI);
3. Condensation and cooling of pure steam;
4. Temperature control of CIP cleaning solutions;5. Heating and cooling of liquid process materials during manufacturing;

 

Product Overview

The sanitary double-tube-sheet heat exchanger is designed for use in applications requiring the highest levels of sanitary compliance. Its unique design results in a simple, compact, and aesthetically pleasing structure, while simultaneously delivering maximum heat transfer performance. Offering heat transfer efficiency several times greater than that of traditional shell-and-tube heat exchangers, this product is widely utilized in heating and cooling processes across the chemical, electronics, and pharmaceutical industries.

 

Working Principle

The process fluid flows through the tube side, while the cooling or heating medium flows through the shell side. Efficient heat exchange between the process fluid and the medium is achieved via a compactly arranged bundle of tubes, thereby meeting the specific temperature requirements of the process. Thanks to the heat exchanger's dual-tube sheet design, bidirectional cross-contamination between the process fluid and the medium is completely eliminated.

 

Product Performance and Features

1. Material: 316L;
2. Maximum Working Pressure: 1.6 MPa (Tube Side), 1.6 MPa (Shell Side);
3. Maximum Working Temperature: 280°C;
4. Internal and External Surface Finish: Ra 0.4 μm;
5. Compliant with GMP requirements;

Typical Applications

1. Heating for the pasteurization of purified water;
2. Point-of-use cooling for Water for Injection (WFI);
3. Condensation and cooling of pure steam;
4. Temperature control of CIP cleaning solutions;5. Heating and cooling of liquid process materials during manufacturing;

 

Product Overview

The sanitary double-tube-sheet heat exchanger is designed for use in applications requiring the highest levels of sanitary compliance. Its unique design results in a simple, compact, and aesthetically pleasing structure, while simultaneously delivering maximum heat transfer performance. Offering heat transfer efficiency several times greater than that of traditional shell-and-tube heat exchangers, this product is widely utilized in heating and cooling processes across the chemical, electronics, and pharmaceutical industries.

 

Working Principle

The process fluid flows through the tube side, while the cooling or heating medium flows through the shell side. Efficient heat exchange between the process fluid and the medium is achieved via a compactly arranged bundle of tubes, thereby meeting the specific temperature requirements of the process. Thanks to the heat exchanger's dual-tube sheet design, bidirectional cross-contamination between the process fluid and the medium is completely eliminated.

 

Product Performance and Features

1. Material: 316L;
2. Maximum Working Pressure: 1.6 MPa (Tube Side), 1.6 MPa (Shell Side);
3. Maximum Working Temperature: 280°C;
4. Internal and External Surface Finish: Ra 0.4 μm;
5. Compliant with GMP requirements;

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