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Mair Polymer Membrane Enthalpy Exchanger Core

Mair Polymer Membrane Enthalpy Exchanger Core Mair Polymer Membrane Enthalpy Exchanger Core Mair Polymer Membrane Enthalpy Exchanger Core Mair Polymer Membrane Enthalpy Exchanger Core Mair Polymer Membrane Enthalpy Exchanger Core

Mair Polymer Membrane Enthalpy Exchanger Core
Designed for HVAC & ERV manufacturers committed to sustainability and high energy performance, the Mair™ Enthalpy Core utilizes advanced polymer nanomembrane technology. It delivers industry-leading total enthalpy efficiency (sensible + latent heat exchange) with zero air leakage, helping downsize HVAC equipment and significantly reduce building energy consumption.

Mair™ High-Efficiency Polymer Membrane Enthalpy Exchanger Core

Next-Generation Nanotechnology for Maximum Total Energy Recovery & Optimal Indoor Air Quality (IAQ)

Key Features & Benefits

  1. Advanced Non-Porous Nanomembrane Technology

    • Zero Cross-Contamination:The non-porous structure provides absolute air tightness, preventing cross-over of gases, odors, or air pollutants between fresh and exhaust air streams.

    • Selective Permeability:Allows rapid transfer of moisture and heat while blocking bacteria, mold, and airborne impurities.

  2. Year-Round Energy Efficiency (>65% Effectiveness)

    • Summer Mode:Pre-cools and dehumidifies incoming outdoor air using conditioned indoor exhaust.

    • Winter Mode:Pre-heats and humidifies incoming fresh air, maintaining optimal indoor comfort.

  3. Washable & Highly Durable

    • Maintenance-Free Core:Unlike traditional paper/cellulose cores, the polymer membrane is 100% washable, water-resistant, and mold-proof.

    • Extreme Environment Resistance:Performs reliably under high humidity (up to 99%) and severe cold conditions down to -30°C.

  4. Rapid ROI for Project Capital

    • Equipment Downsizing:Reduces cooling and heating loads, allowing lower-capacity primary HVAC equipment in new builds.

    • Short Payback Period:Achieves immediate ROI in new projects and typically 2 to 5 years in retrofit applications.

Technical Specifications

Parameter / FeatureTechnical Details
Exchange TypeTotal Heat & Moisture Exchange (Enthalpy Recovery)
Core MaterialWashable Polymer Micro-porous / Nanomembrane
Total Effectiveness≥ 65% (Sensible & Latent)
Air Leakage Rate0% (Hermetically Sealed Channels)
Operating Temperature Range-30°C to +50°C
Humidity ResistanceUp to 99% RH
MaintenanceWashable with water; No routine replacement needed
Dimensions (L x W x H)

ERV.C1:380 x 185 x 100 mm


ERV.C2:380 x 230 x 100 mm


ERV.C3:400 x 185 x 200 mm(Custom sizes available)


Specification:



ModelSize(mm)ABC
ERV.C1380*185*100100380185
ERV.C2380*230*100100380230
ERV.C3400*185*200200400185

FAQs

How enthalpy exchanger works? How enthalpy exchanger works?
By recovering and reusing the energy from the exhaust air, enthalpy exchangers effectively reduce the energy demand of the HVAC system, improve indoor air quality, and enhance overall energy efficiency in buildings.
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what is an enthalpy exchanger what is an enthalpy exchanger
Enthalpy exchangers are particularly useful in climates where there are significant temperature and humidity differences between the indoor and outdoor environments. Apart from transferring sensible heat (temperature), they also transfer latent heat (moisture) between the airstreams, providing the benefits of both heat and moisture recovery.
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Contact

MENRED Group

Economy Park HQs, Yueqing City, China.

MENRED GmbH

Weisswasser Germany

MENRED Green Building Industrial Park

Lingkun Island,Wenzhou City,Zhejiang China.

MENRED Enviro-Tech Industrial Park

Nanhu District, Jiaxing City, Zhejiang China.