Application

• Air handling units and rooftop units
• Supply and exhaust mechanical ventilation systems with the required highest possible energy recovery performance
• Systems that require moisture recovery in winter and support for air dehumidifying in summer
• Ventilation systems designed to operate in climatic conditions favoring frost formation within the energy recovery system

Heat Transfer Media

• Aluminum foil – for most efficient sensible heat transfer with humidity transfer based on condensation
• Humidity transfer coating based on 3Å molecular sieve for odor-free operations:
  • „Condensation” – supporting latent heat transfer based on condensation
  • ”Enthalpy” – supporting latent heat transfer (humidity) based on differences in the molecular pressure of water contained in the air and the coating
  • ”Sorption” coating – for highest rate of latent heat transfer (humidity) between supply and return air

Design & Performance

• Monolithic construction of the heat accumulation structure based on a patented foil forming technology that interlocks subsequent foil layers
• Sensible / Latent / Energy Efficiency reaching: 84,5% / 87,5% / 83,7%
• Double peripheral sealing system to prevent cross-contamination and boost the heat recovery efficiency by additional 2%.

Complience with standards

• EN 308 –  „Test Procedures For Establishing Performance Of Air To Air And Flue Gases Heat Recovery”,

Performance Certification

• EUROVENT CERTIFIED PERFORMANCE