News — 6

Poland’s largest HVAC expo will take place in Warsaw March 1-3. Representatives from FabricAir, a pioneer in fabric-based air dispersion systems will exhibit their innovative products in Hall C, Booth C2.12a.

The new Amazon facility will include 3.36 km of VarioDuct, utilizing 112 sections of duct.

FabricAir is turning 50! That’s half a century of providing top-notch fabric-based HVAC solutions to the world.

The upcoming Biathlon World Championship 2023 in Oberhof, Germany, will feature state-of-the-art fabric ducts in the temporary VIP tents.

Fiege, a leading logistics company, turned to FabricAir to design a fabric-based air distribution system for the new pharmaceutical warehouse.

FabricAir, a leading manufacturer of fabric-based air distribution solutions, will be attending the AHR Expo 2023 in Atlanta, USA.

A hotel located in a building from 1909, has recently undergone a renovation to improve the indoor air quality and comfort for its occupants. To create a perfect IAQ, the hotel representatives chose to install fabric-based air distribution system from FabricAir.

Richter, a manufacturer of precision tools, has noticed that there is a severe lack of a proper air dispersion system in their production facilities in Germany. The temperature in the production plant was constantly reaching extremely levels and the working conditions were sometimes unbearable.

The FabricAir team sends you best wishes for happiness, serenity, and success in the upcoming year.

The owners of a newly built sports arena in Lithuania have decided to install the most modern technologies to ensure that all visitors feel comfortable and safe.

Vulkan, a global manufacturer of flexible couplings and solderless pipe connections, found itself in a need to renovate production facilities and install state-of-the-art HVAC technology to ensure perfect comfort for all employees in their production rooms in Germany.

FabricAir, a leading global fabric-based air distribution solution manufacturer, is always happy to contribute to projects related to energy saving and sustainability. That’s why it was astounding to be approached by the organizer Global Conference Management of the United Nations Climate Change Conference.

A world’s leading manufacturer of fabric-based air distribution systems FabricAir will attend MJBizCon 2022, the biggest cannabis-related tradeshow in the United States of America. From November 15 to 18, the show will be held at the Las Vegas Convention Center.

When Andy Rittberger and his wife decided to convert their 70-year-old barn that once housed 500 hogs and 100 cattle into The Scale House, a 9,000-square-foot wedding venue in Zanesville, Ohio, USA, they learned early on that cooling the old structure was a challenge.

We are thrilled to announce the launch of a brand-new FabricAir website. For several months, a team of our employees and external professionals worked hand in hand to craft a new, modern, and user-friendly website. And the day has come for it to see the world!

LTP Texdan, a global manufacturer of Sport & Outdoor apparel and Sustainable Fashion & Lifestyle, took over an old industrial building in Šilalė, Lithuania, and decided to repurpose it into a modern garment weaving facility. For that, they needed a brand-new air distribution system that would be flexible and would meet the highest quality standards.

FabricAir, a global leading fabric-based air distribution solution developer, has been expanding quite rapidly in the past years, trying to deliver exceptional attention to all of its clients. Now, the company opens a new door in the Eastern European market by adding a subsidiary in Poland.

WIHO Hofbauer GmbH, an Austrian tool and mold maker, operates high-end lathe and grinding machines, which require a constant temperature in production halls. The company was looking for a reliable air distribution system that would protect the machines from temperature fluctuations and also increase the working comfort of the employees. They wished to improve their facility, so they contacted FabricAir to design a brand-new fabric-based air distribution system.