Super Lowest Price Air To Air Heat Exchanger - Crossflow Plate Fin Total Heat Exchangers – Airwoods
Super Lowest Price Air To Air Heat Exchanger - Crossflow Plate Fin Total Heat Exchangers – Airwoods Detail:
Working Principle of Holtop Crossflow Plate Fin Total Heat Exchangers (E.R. Paper for enthalpy exchange core)
The flat plates and the corrugated plates form channels for fresh or exhaust air stream.When the two air steams passing through the exchanger crossly with temperature difference, the energy is recovered. |
Main features
1. Made of E.R. paper, which is featured by high moisture permeability, good air tightness, excellent tear resistance, and aging resistance.
2. Structured with flat plates and corrugated plates.
3. Two air streams flow crossly.
4. Suitable for room ventilation and industrial ventilation system.
5. Heat recovery efficiency up to 70%
Performance index:
Test report
Application
Used in comfortable air conditioning ventilation system and technical air conditioning ventilation system. Supply air and exhaust air totally separated, heat recovery in winter and cold recovery in Summer.
Product detail pictures:
Related Product Guide:
Sticking to the belief of "Creating products of high quality and making friends with people from all over the world", we always put the interest of customers in the first place for Super Lowest Price Air To Air Heat Exchanger - Crossflow Plate Fin Total Heat Exchangers – Airwoods , The product will supply to all over the world, such as: Kenya, Indonesia, Houston, If you need any of our products, or have other items to be produced, please send us your inquiries, samples or detailed drawings. Meanwhile, aiming to develop into an international enterprise group, we look forward to receiving offers for joint ventures and other cooperative projects.
By Pearl Permewan from Bolivia - 2018.11.11 19:52
Customer service staff and sales man are very patience and they all good at English, product's arrival is also very timely, a good supplier.
By Letitia from Austria - 2018.09.21 11:44