Gas-fired unit heaters offer a powerful and efficient solution for heating large industrial and commercial buildings. Thanks to their robust design and high performance, they provide fast and even heating, even in rooms with large air volume, limited insulation or significant air exchange.

The cold air is drawn in, heated through a heat exchanger and then blown powerfully back into the room, quickly bringing the indoor climate to a comfortable level. Because of their flexibility, gas-fired unit heaters can be used in a variety of applications, including production halls, warehouses, gymnasiums, logistics centers and large commercial spaces.

With their energy efficiency, reliable operation and easy installation, gas-fired unit heaters are a sustainable investment for companies striving to comfortably and consistently heat large buildings.

• Gas fired unit heaters MH, MC & MV
  • High performance gas-fired unit heaters in enclosed design, available with axial fans (MH), centrifugal fans (MC) or as ceiling units with vertical discharge (MV). Ideal for efficient and even heating of medium to large rooms.
• Condensing gas air heaters
  • Advanced gas-fired unit heaters in enclosed design, equipped with axial fans and featuring condensing technology. With efficiencies up to 108%, these units offer maximum energy efficiency and optimal heat distribution.
• Air heaters on hot water AEC
  • Compact and efficient hot water powered fan heaters equipped with axial fans. Suitable for both horizontal and vertical discharge, ideal for industrial and commercial applications.
• MRA-H gas-fired hot air curtains
  • Robust gas-fired air curtains in closed design, equipped with axial fans with vertical discharge. Perfect for reducing heat loss and maintaining a comfortable indoor climate at entrances or passages.
• Electric fan heaters
  • Practical and reliable fan heaters with axial fans, suitable for applications where gas is not available or where electric heating is preferred.
• Destratifiers CA
  • Efficient systems that blow down stored warm air under the roof. This ensures even temperature distribution and reduces heat loss, contributing to lower energy consumption.