DBS engineering is a family company, highly specialized in air dome and wooden hall construction.
The company was founded in 2009 and is successfully operating since, delivering value to customers all around the world.
Air domes are especially popular for sports and manufacturing facilities.
DBS air domes are made from high quality, energy efficient membrane systems and equipped with the latest technology. This ensures low cost operation and simple maintenance of the facility.
Most of our air domes are managed from our SmartDome system, which lets users control their air dome from their device.
At DBS engineering, we have installed our air domes and wooden halls in over 30 different countries.
We have partnered with a myriad of esteemed clients, including educational institutions, commercial enterprises and event organizers.
Get to know our process, where innovation meets excellence, and explore the world of air-supported structures.
Find quick answers to common questions about airdomes, their benefits, and functionality.
Whether you’re new to the concept or seeking further clarification, this section is designed to address your most pressing questions.
Read on to find answers to frequently asked questions about airdomes and gain a better understanding of their benefits, functionality, and more.
An air dome is an inflatable building formed from one or more layers of fabric – membrane. Air units continuously pump air into the structure, creating the necessary air pressure that allows the fabric envelope (membrane) to stay inflated.
The anchoring system is one of the essential elements of any building. This means that the membrane is ¨fixed¨ into the ground or foundation by a so-called anchoring system. There are several different anchoring methods, depending on how long the hall will be placed (temporary or permanent).
The main carrying element is air inside the air dome. The air dome is designed to have constant overpressure (around 300 Pa) and that is the main mechanism that holds the air domes membrane in place (small movements of membrane is allowed due to weather phenomena, such as wind and rain…).
Typically used material is PVC-coated polyester fabric.
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