Brief: In this company introduction video, we showcase our advanced 20HP 88KW 300000 BTU condenser evaporator heat exchanger. You'll see a detailed walkthrough of our patented tube-in-tube coaxial design, discover its innovative structural optimization for superior fluid flow, and learn how it's applied in HVACR systems like air/water source heat pumps and water chiller compressor units. Stay tuned as we highlight the most important features and real-use results.
Related Product Features:
Features patented, revolutionary technology for enhanced performance and reliability.
Innovative tube-in-tube coaxial design prevents thermal fatigue and increases efficiency.
Widely applied to air/water source heat pumps and water chiller compressor units.
Compact design ideal for high temperature, high pressure, and low flow applications.
Simplicity of design and installation makes it ideal for OEM and replacement markets.
Available in multiple models with varying heating capacities and connection sizes.
Offers custom designed tube-in-tube coils for specific HVACR system requirements.
FAQs:
What is a tube-in-tube heat exchanger?
A tube-in-tube heat exchanger, also known as a coaxial heat exchanger, consists of two tubes—an inner and an outer—coiled together. This unique, compact design prevents thermal fatigue, increases efficiency, and reduces the overall size, making it ideal for high temperature, high pressure, and low flow applications such as water chillers and water source heat pumps.
What are the main applications for this coaxial heat exchanger?
This heat exchanger is widely applied to air/water source heat pumps, water chiller compressor units, and other HVACR systems. Its design is specifically suited for uses in water cooled condensers, water chillers, and water source heat pumps, serving both OEM and wholesale replacement markets.
How does the structural optimization technology improve performance?
The structural optimization technology enhances fluid flow efficiency, leading to higher heat exchanging performance. This design innovation ensures that the heat exchanger operates more effectively, making it a reliable choice for demanding HVACR applications where efficiency and compact size are critical.