Radiant heating
From industry to livestock farming, from sports facilities to hangars, railway workshops, places of worship, collective spaces, and the food sector: our radiant heating systems guarantee comfort, efficiency, and operational continuity in any B2B context. Versatile and high-performance solutions, designed to meet the needs of large environments with maximum reliability.
What is radiant heating
Radiant heating is an ideal solution for large environments such as warehouses, storage facilities, or workshops. Heat is distributed through radiation, just like the sun's rays, directly warming people, surfaces, and objects, without the need to move large masses of air.
This technology ensures uniform comfort, eliminates drafts and airborne dust, and significantly reduces energy consumption.
It is particularly suitable for spaces with high ceilings or activities requiring thermal stability.
How radiant heating works
Thanks to radiant heating, it is possible to heat large industrial environments, warehouses, storage facilities, hangars, railway workshops, and sports facilities without creating heat loss. The emitting surfaces are suspended from the ceiling of the environment to be heated, so as to directly strike the floor, machinery, and people to be heated without dispersion. Depending on the area to be heated, the various heat emitters must be distributed in such a way as to obtain uniform heat flow.
What happens when heat is distributed through radiation?
The first reaction upon entering a room heated with infrared radiation is one of comfort. The heat is perceived as uniform and pleasant, with no cold zones or overheating spots.
Advantages of radiant heating
LOCALIZED HEAT
Radiant heating provides an immediate sensation of warmth, localized only where and when needed, without dispersion.
VERSATILITY
Suitable for various work environments and sectors, from industry to railway, from aviation to livestock farming.
CLEAN AIR
With radiant heating there is no moving hot air, thus reducing the circulation of dust and allergens.
Energy Savings
With radiant heating there is energy savings of up to 40% lower compared to traditional convection systems.
SILENT
No environmental noise thanks to the use of low-noise components for system installation.
MAINTENANCE
Heating systems are manufactured with top-quality materials in compliance with current regulations and require minimal maintenance.
What is warm air heating
Warm air heating is the most versatile and rapid solution for bringing large industrial and logistics environments up to temperature. Air is heated through generators, boilers with air heaters, or heat exchangers, and distributed uniformly throughout the space.
This system is particularly effective in contexts characterized by frequent openings of doors or gates, where it is necessary to quickly restore thermal comfort. It combines ease of installation, contained costs, and the ability to adapt to multiple applications.
How warm air heating works
Warm air heating works in a direct and immediate way: air is heated through heat generators, boilers with air heaters, or exchangers, and then distributed inside the environment through dedicated ducts or supply vents. This achieves a rapid increase in internal temperature, ideal for warehouses, workshops, greenhouses, or other large spaces where comfort conditions need to be reached quickly.
Thanks to the ability to modulate flow rate and direction, warm air can be distributed uniformly or concentrated in specific areas, optimizing consumption and efficiency.
Advantages of warm air heating
Rapid heating
The system directly introduces warm air into environments, ensuring immediate comfort even in warehouses and large spaces.
Application flexibility
Suitable for industries, livestock farms, greenhouses, hangars, and workshops, warm air heating integrates easily into different contexts and sectors.
Uniform Distribution
Thanks to fans and ducting, warm air quickly reaches every point in the environment, reducing cold zones and temperature fluctuations.
Reduced Consumption
The ability to heat only the areas actually in use avoids energy waste and optimizes operating costs.
Long-term Reliability
Robust structure and components designed for demanding environments ensure operational continuity and system durability.
Simplified Management
Without intermediate fluids such as water or steam, the system requires less maintenance and ensures immediate start-ups.
Radiant and warm air heating systems for large environments
Discover all radiant and warm air heating solutions for warehouses, livestock farms, sports facilities, and large industrial environments: energy efficiency, uniform comfort, and consistent performance for large spaces. From radiant strips to heating strips, to heat exchangers ideal for heating production processes, we offer versatile systems capable of adapting to different needs.
Who it's for
Industrial
Warehouses, logistics facilities, and production plants require systems capable of heating large volumes uniformly and efficiently, ensuring comfort for operators and operational continuity.
Agriculture and livestock
In modern livestock farms and greenhouses, constant and controlled heating is essential for animal welfare and crop growth, optimizing yield and productivity.
Railway
Railway maintenance workshops require reliable heating systems to ensure optimal working conditions in large spaces with high ceilings.
Naval
In contexts such as shipyards and ship construction or maintenance areas, robust and efficient systems are needed, capable of handling complex environments and significant volumes.
Aviation
Hangars for aircraft maintenance require high-performance heating solutions, capable of maintaining constant temperatures in large structures.
Food
Industrial ovens and food processing plants require precise and reliable heating that supports production while ensuring safety and process continuity.
Production processes
Sectors such as plastics processing or other materials require thermal systems that ensure temperature stability, contributing to the quality and performance of production lines.
Sports
Padel courts, gyms, and indoor sports facilities benefit from heating solutions that ensure user comfort and year-round usability of spaces.
Places of worship
Churches and large community spaces require silent and efficient systems, capable of providing uniform heat while respecting the architecture and use of the spaces.
Horeca
Bars, restaurants, and catering spaces require versatile and compact systems, capable of combining comfort for customers and operators with maximum energy efficiency.
Radiant heating vs warm air heating
Radiant
Warm air
Remote management of heating systems
Thanks to the custom-designed supervision software, you can remotely optimize the proper operation of radiant heating systems, even from mobile devices.
Through an internet connection, you can easily turn individual units on and off, set temperature set points, and monitor their performance.
Through the graphical interface, it is also possible to access data on consumption and better manage any scheduled maintenance.
Case studies and testimonials
Radiant heating FAQ
Have questions? Discover answers to the main questions about radiant heating systems.
Radiant heating distributes heat through radiation, directly warming surfaces, people, and objects, ensuring uniform and stable comfort without drafts. Warm air heating, on the other hand, works by convection: it heats the air which is then distributed in the environment, allowing rapid and modular heating. Both systems are suitable for large environments, but differ in heat distribution method and thermal response.
In radiant systems, heat is transmitted directly from heating elements to surfaces and people through radiation. In warm air systems, air is heated by generators and distributed through ducting and diffusers, creating uniform circulation of warm air inside the environment.
Radiant heating provides uniform thermal comfort without drafts and with less dust raising, ideal for sensitive and frequented environments. Warm air ensures fast heating and continuous air renewal, useful for dynamic spaces or with high turnover of people and open doors, while requiring adequate filtration to maintain clean air.
