International. Industrial buildings require energy-efficient heating systems. Surface heating allows a very balanced temperature profile, also having high ceilings. For this reason, industrial underfloor heating for heat transmission with high energy efficiency is increasingly applied in new constructions such as industrial buildings, logistics centers.
These are integrated directly into the concrete floor of industrial buildings. Hardly any space is lost from the ship. Oventrop offers with the industrial underfloor heating system "Cofloor" a cost-effective and functional heating system. One of the special advantages of the Oventrop system is the high energy efficiency due to the low drive temperatures. In this way, alternative energy sources can be applied and/or heat from industrial processes (waste heat) can be used. Oventrop's industrial underfloor heating produces a pleasant and uniform temperature level. Radiation heat is transported homogeneously where it is required, in the work area and stay of people. Drafts of air and dust particles as well as concentrations of polluting substances are minimized.
As the system is integrated into the structure of the building, the underfloor heating allows large architectural spaces, which guarantee the optimal use of the buildings. Oventrop's industrial underfloor heating control can be integrated with the Building's Technical Control Management, so all underfloor heating settings can be centralised.
Oventrop offers with the industrial underfloor heating "Cofloor" a complete system from a single supplier. To this belongs the pipe, the distributor, controls as well as accessories. The brass distributor "Multidis SFI" has been specially developed for industrial underfloor heating.
Oventrop supports properties, designers and structural engineers also during the sizing and planning phase. Sizing tools and calculation software are available for download on the website www.oventrop.de.
Advantages of industrial underfloor heating
- Complete system from one supplier
- Optimal system for the use of regenerative energies and heat from industrial processes
- Centralized control of the entire heating system
- Integration into building automation
- Uniform and pleasant distribution of heat
- Energy-efficient indoor environment
- Minimization of drafts and dust particles as well as minimum concentrations of pollutants
- No loss of space
- Systems can be sized for heating and cooling
- Wide support: Tools for calculation and sizing
