Production

We produce

Recuperative and regenerative air to air heat exchangers and ventilation components

Aluminium-plate-counterflow-heat-exchanger-ericorporation

Aluminium Counterflow Plate Heat Exchanger

Counterflow plate heat exchangers with high efficiency above 93% – it is right application for small air volumes as residential to provide whole house ventilation in high level.

  • eurovent
  • ErP-Compliant
  • TUV
  • VDI

MAXIMUM EFFICIENCY

Counterflow-heat-exchanger-adiabatic-cooling-ericorporation

COUNTERFLOW HEAT EXCHANGER FOR ADIABATIC COOLING

PCF Hydro series model can be used in winter as counterflow heat exchangers with an efficiency of 90%, as well in summer for an active evaporation cooling process.

  • eurovent
  • ErP-Compliant
  • TUV
  • VDI

MAXIMUM EFFICIENCY

Aluminium-counterflow-combi-heat-exchanger-ericorporation

Aluminium Counterflow Kombi Heat Exchanger

Our Kombi recuperator for air distribution connected to two similar heat exchangers in parallel. The whole combination package is made of seawater resistant aluminum.

  • eurovent
  • ErP-Compliant
  • TUV
  • VDI

MAXIMUM EFFICIENCY

Aluminium-crossflow-heat-exchanger-ericorporation

Aluminium Crossflow Plate Heat Exchanger

Recuperative heat exchanger, in which the explicit and latent heat is transferred directly from the exhaust air to the supply air through a heat exchanger walls without moisture transfer.

MAXIMUM EFFICIENCY

Rotary-heat-exchanger-ericorporation

ROTARY HEAT EXCHANGER

The basis of the rotary heat exchanger - aluminum, due to its properties can achieve efficiencies up to 85%. Available in customized frame size and different widths.

  • ErP-Compliant
  • VDI

MAXIMUM EFFICIENCY

Sluice-enthalpy-regenerator-for-supply-exhaust-units-ericorporation

ACCUAIR - ENTHALPY SYSTEM

It has an efficiency of up to 90%, thanks to the accumulating mass of high thermal sensitivity. Frost resistant up to a temperature of -25°C. The value of the recovery of moisture exceeds 70%. Characterized with big air value and compact size the same time.

  • ErP-Compliant
  • VDI

MAXIMUM EFFICIENCY

Ball-siphon-ericorporation

BALL SIPHON for HVAC condensate drain

A connector made from propylene, resistant to corrosion and decay is used to drain the condensate in the air conditioning systems of low pressure. The product in the standard package is designed for the maximum pressure - 2200 Pa.

MK-siphon-ericorporation

MK SIPHON

Connector is made of polypropylene, which is resistant to corrosion and decay, is used for removing condensate in a low-pressure air-conditioning systems. Maximum pressure is 2200 Pa.

BENEFITS

BENEFITS WORKING WITH US

Certification under market conditions is of great importance: it increases consumer’s trust in the quality, the choice of the necessary product for the consumer becomes easier, and most importantly - is the availability of objective information about the quality of provided products.

ECO Design 1253

Since 01.01.2016 was entered into force the ECO Design Directive 1253 of the European Commission for AHU installations. Our products fulfill the ECO Design requirements.

SELECTION SOFTWARE

Our stand-alone selection software introduce you the possibility to make the right choice. We have developed special tools to integrate DLL to your systems in case of programming platforms. Our platform is already integrated to AirCalc or to similar systems by request.

CERTIFICATES

Our calculation software for Counter-flow Plate Heat Exchangers passed test in Eurovent and TÜV SÜD certification center. The performances of our Counter-flow Plate Heat Exchangers correspond thus to international standards.

KNOWLEDGE EXCHANGE

ERI Corporation staff with great pleasure ready to give you all necessary information about our products and how it can be useful for ventilation systems.

TECHNICAL SUPPORT

We provide consultations concerning the proper use of our products. You can write email, or call us and we solve your problem as soon as possible. Our support team is always ready to help you.

INNOVATIONS

Step by step we are getting closer to perfection. We are developing new approaches to implement it into design and manufacturing, use the most advanced technologies to increase quality level.