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Mair Energy Recovery Exchanger core

Mair Energy Recovery Exchanger core Mair Energy Recovery Exchanger core Mair Energy Recovery Exchanger core Mair Energy Recovery Exchanger core Mair Energy Recovery Exchanger core

Mair Energy Recovery Exchanger core
  Mair core is designed for the manufactures who are not only dedicated to comfort, but also to energy saving and sustainable development. This application was chosen to be our first because it demonstrates the material’s functionality. The material rapidly transfers heat and moisture from the incoming air stream to the outgoing without air leakage.


1.Non-porous membrane

Air tightness, non-porous membrane, keep vacuum airtight, selective osmosis, anti-scaling, anti-biological pollution. Special channels and acid-based characteristics of the membrane surface.

2. Energy saving and comfort

The Mair core uses field-tested nanotechnology providing an exceptional total system effectiveness of greater than 65%. The Mair core is effective in both summer and winter conditions. Mair can transfer humidity (if needed) into the Fresh Air (FA) stream (winter conditions) and reduce moisture from the FA stream during periods of high outdoor humidity (summer conditions). Mair works year round providing maximum energy savings and comfort.Mair's design and performance advantages provide an optimum solution for the return on invested capital with average payback ranging from immediate (new projects with downsized HVAC equipment) to five years (retrofit projects).

3. Nanomembrane VS Paper core

If you chose paper core, following troubles may knock at your door

3.1 low efficiency
3.2. material function failure at extreme tempt.
3.3 Breeding bacteria and mold
3.4 low service time


Model Size(mm)A BC

Data download


What's Mair Membrane Exchange Core? What's Mair Membrane Exchange Core?
After 2 years and 6 months of research, the energy exchange core technology, the subject of the 13th Five-Year National Key Research and Development Program, was put into batch production in October 2019 at Manred Jiaxing Environmental Technology Industrial Park, and the ventilation heat exchange core has since bid farewell to the paper core era. Menred Mair energy exchange membrane system is easy to maintain and only needs periodic filter replacement. No additional power is required, but the airflow itself achieves stable operation and zero leakage rate eliminates cross contamination. The stable performance not only saves the user money in selecting the ventilator, but also saves the user a lot of operating costs during the whole process. Menred Mair energy exchange membrane core uses nano-membrane as the main material, which increases the efficiency of the whole system and is suitable for both winter and summer. During the dry and cold winter months, the exhaust is used to transfer moisture and heat to the dry and cold fresh air. In the hot summer, the moisture and heat are taken away from the fresh air again. The ventilation works uninterruptedly all year round to provide a comfortable environment for users while achieving low energy consumption.
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Ecomomy Park HQs, Yueqing City, China.


Weisswasser Germany

MENRED Green Building Industrial Park

Oujiangkou New Area,Wenzhou City,Zhejiang China.

MENRED Enviromental Tech Industrial Park

Nanhu District, Jiaxing City, Zhejiang China.