Condenser

Efficient condensation for process steam

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Overview

The condensers we manufacture are specially designed for the process steam discharged from cooking, boiling and drying equipment to achieve efficient condensation. The condenser is well-structured and integrates core components such as shell, tube sheet, heat exchange tube, head and baffle. The process steam flows smoothly in the carefully laid out heat exchange tubes, while the cooling water flows in a countercurrent manner on the outer surface of the tubes. This multi-tube structure design maximizes the heat transfer film coefficient, ensuring excellent heat transfer efficiency.

More About the Solution

  • Robust Construction

    Integrates shell, tube sheet, heat exchange tubes, head and baffle into a well-structured unit.

  • Multi-tube Structure Design

    Allows process steam and cooling water to flow in countercurrent paths to maximize heat transfer efficiency.

  • High-efficiency Condensation

    Specially engineered to efficiently condense process steam from various industrial equipment.

  • Water-cooled Condenser (Shell and Tube)

    Uses water as the cooling medium with a circular flow mechanism to efficiently absorb and remove heat, condensing steam into liquid.

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  • Air-cooled Condenser

    Uses air natural convection and heat transfer to achieve condensation without additional cooling media, offering simplicity and energy savings.

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Advantages of Air-cooled Condensers

Simple installation, wide applicability in various environments, and reduced water consumption for energy and environmental benefits.

Advantages of Water-cooled Condensers

Efficient cooling, suitable for large-scale industrial systems, and stable performance unaffected by ambient temperature fluctuations.