Heat Pipe Heat Exchangers

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Heat Pipe Heat Exchangers

Product catalog summary

Main Features of Heat Pipe Heat Exchangers:

Constructed with copper tubes and hydrophilic aluminum fins, these exchangers offer low air resistance, reduced condensation, and enhanced anti-corrosion properties.
The galvanized steel frame provides excellent corrosion resistance and durability.
A heat insulation section effectively separates the heat source from the cold source, preventing heat transfer to the outside environment.
The inner mixed air structure ensures uniform airflow distribution, enhancing the efficiency of heat exchange.
Designed with distinct working areas, the special heat insulation section prevents leakage and cross-contamination between supply and exhaust air, improving heat recovery efficiency by 5% over traditional designs.
The heat pipe contains a special non-corrosive fluoride, ensuring safety.
These exchangers consume zero energy and require no maintenance.
They are reliable, washable, and have a long lifespan.

Working Principle:

When one end of the heat pipe is heated, the liquid inside evaporates, and the resulting steam flows to the cooler end due to pressure differences. The steam condenses at the cooler end, releasing heat, and the condensate returns to the heated end. This cycle of evaporation and condensation allows continuous heat transfer from high to low temperatures.

Catalog excerpts

Heat Pipe Heat Exchangers Main Feature of Heat Pipe Heat Exchangers 1. Applying cooper tube with hydrophilic aluminum fin, low air resistance, less condensing water, better anti-corrosion. 2. Galvanized steel frame, good resistance to corrosion and higher durability. 3. Heat insulation section separates heat source and cold source, then liquid inside the pipe has no heat transfer to outside. 4. Special inner mixed air structure, more uniform airflow distribution, making heat exchange more sufficient. 5. Different working area designed more reasonably, Special heat insulation section avoids leakage and crosscontamination of supply and exhaust air, heat recovery efficiency is 5% higher than the traditional design. 6. Inside the heat pipe is special fluoride without corrosion, it is much safer. 7. Zero energy consumption, free of maintenance. 8. Reliable, washable and long life. Working principle When heating one end of the heat pipe, liquid inside this end evaporates, the steam flows to the other end under pressure difference. Steam will condense and release heat in the condensing end. Heat transfers from high temperature to low temperature finished, condensate flows back to the evaporating end. In the same way, liquid inside the heat pipe evaporates and condenses circularly, so, heat is transferred from high temperature to low temperature constantly. Take summer as sample

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