Chillventa 2022 – productivity and rewarding experience in one place!

ZERN ENGINEERING team expresses its deepest gratitude to all organizers, participants and visitors of our stand for productive time!

We were very pleased to see the great interest in ZERN ENGINEERING’s products from current and potential partners.

As we constantly strive to keep developing and satisfy the needs of our partners with quality solutions, events like these are extremely inspiring for future work and confirm that we are on the right track.

We believe that meetings with current partners and acquired new contacts will allow us to expand the geographical coverage of ZERN ENGINEERING’s products.

We would like to thank everybody once again for visiting our stand at Chillventa 2022. We appreciate your interest and believe in a fruitful collaboration.

We invite you to visit ZERN ENGINEERING’s stand at Chillventa 2022

We are excited to announce that ZERN ENGINEERING will take part in Chillventa 2022 on 11-13 October 2022 in Nuremberg, Germany. 

Chillventa is one of the world’s leading trade fairs for refrigeration technology, air conditioning and ventilation.

This is a great opportunity for our team to meet new and reliable partners.

Visit our stand and learn more about the latest developments in heat recovery by ZERN ENGINEERING.

Rest assured that experienced ZERN ENGINEERING team will be able to offer you the most efficient solution.

We invite you to visit our stand No. 4–109.

We look forward to see you at Chillventa 2022!

ZERN ENGINEERING Combi HU-EX6 959 the only polystyrene combi on the market

Combi HU-EX6 959 — a new solution by ZERN ENGINEERING!

When high performance work becomes a priority, ZERN ENGINEERING offers a solution.

Combi HU-EX6 959 is a new product designed for use in AHUs with mass air flow up to 2,500 m³/h.

The Combi HU-EX6 959 is based on the counterflow heat exchanger principle. The main difference with the monobloc version is that the two HU-EX6 477 heat exchangers are used in parallel, dividing the flow for more efficient utilisation:

– heat recovery efficiency: ≈ 86 %

– retains the advantages of the counterflow scheme

– dimensions: 1,182 х 959 mm

– depth: 100–600 mm