High-Efficiency Crossflow Nanoporous Membrane Energy Recovery Core – XFE-332SC

Cross-Counterflow Airflow Design
Extends the heat exchange path for improved energy transfer efficiency.

Nanoporous Membrane Technology
Transfers both heat and moisture while helping keep the two air streams separated.

High Heat and Moisture Recovery
Recovers energy from exhaust air to reduce indoor heating and cooling loads.

Low Air Leakage
Precision-sealed structure minimizes cross-contamination between fresh and exhaust air.

Low Air Resistance
Optimized internal airflow channels support efficient ventilation with lower fan energy consumption.

Anti-Mold and Antibacterial Material
The membrane material helps resist mold and bacterial growth for cleaner air exchange.

Stable Performance
Maintains reliable heat and moisture transfer under different temperature and humidity conditions.

Compact Modular Structure
Easy to integrate into various residential and commercial ventilation systems.

Lower Energy Consumption
Reduces the energy required for heating, cooling and humidity control.

Improved Indoor Comfort
Helps maintain a more stable indoor temperature and humidity level.

Fresher Indoor Air
Continuously introduces outdoor fresh air while exhausting stale indoor air.

Reduced Condensation Risk
Moisture recovery helps limit excessive dryness and condensation caused by temperature differences.

Quieter System Operation
Low-resistance airflow helps reduce fan load and operating noise.

Cleaner and Healthier Air Exchange
Separated airflow channels reduce the risk of exhaust air mixing with incoming fresh air.

Lower Operating Costs
Higher energy recovery efficiency contributes to long-term HVAC cost savings.

Wide Application Range
Suitable for ERV and MVHR systems in homes, apartments, offices, hotels and other buildings.