Extended Surface Heat Exchanger

      Rs

      Description


      Extended Surface Heat Exchanger: Maximize Efficiency, Minimize Footprint

      Our Extended Surface Heat Exchangers (ESHEs), also known as finned-tube heat exchangers, offer superior heat transfer performance in a compact design. Ideal for applications requiring efficient heat exchange in a limited space, our ESHEs are engineered for durability and optimal thermal efficiency.

      Key Features and Benefits:

      • Enhanced Heat Transfer: The extended surface, typically fins, significantly increases the surface area available for heat transfer, leading to dramatically improved efficiency compared to bare-tube heat exchangers. This results in smaller, lighter units for the same heat duty.
      • Compact Design: The increased surface area allows for a smaller footprint, saving valuable space in your application. This is particularly beneficial in space-constrained environments like HVAC systems, refrigeration units, and industrial processes.
      • Customizable Configurations: We offer a wide range of customization options to precisely meet your specific needs. Choose from various fin types (e.g., plate fins, louvered fins, etc.), tube materials (e.g., copper, stainless steel, aluminum), and configurations (e.g., parallel flow, counterflow) to optimize performance and durability.
      • Durable Construction: Our ESHEs are constructed using high-quality materials and robust manufacturing techniques, ensuring long-term reliability and resistance to corrosion and wear. The specific materials used depend on the application and operating conditions.
      • Wide Range of Applications: Our ESHEs are suitable for a vast array of applications, including:
        • HVAC Systems: Heating and cooling in buildings and vehicles.
        • Refrigeration: Evaporators and condensers in refrigeration cycles.
        • Industrial Processes: Heat recovery, cooling of equipment, and chemical processing.
        • Power Generation: Waste heat recovery and cooling systems.
        • Automotive: Engine cooling and HVAC systems.

      Technical Specifications (General):

      • Tube Material: Copper, Stainless Steel, Aluminum (others available upon request)
      • Fin Material: Aluminum, Copper (others available upon request)
      • Fin Type: Plate Fins, Louvered Fins, etc. (customizable)
      • Tube Diameter & Pitch: Customizable based on application requirements.
      • Operating Pressure & Temperature: Dependent on materials and configuration (please specify your requirements).
      • Heat Transfer Rate: Calculated based on specific application parameters (contact us for a customized design).

      Ordering Information:

      To receive a customized quote and specifications, please provide the following information:

      • Desired Heat Duty (kW or BTU/hr): The amount of heat to be transferred.
      • Inlet and Outlet Temperatures: For both the hot and cold fluids.
      • Fluid Type and Flow Rate: For both the hot and cold fluids.
      • Operating Pressure and Temperature: The maximum pressure and temperature the heat exchanger will experience.
      • Space Constraints: Dimensions and available space for the heat exchanger.
      • Material Preferences: Any specific material requirements or preferences.

      Contact us today to discuss your specific requirements and let our engineering team design the perfect Extended Surface Heat Exchanger for your application.

      Seller Details

      Radiant Heat Exchangers Pvt. Ltd.

      Pune, maharashtra

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      Tags: Extended Surface Heat Exchanger