Wall heating 
A COOLING 

The UNIVENTA system is an opportunity to solve heating and cooling for all types of walls and wall structures. It offers the possibility to implement both dry and wet process heating.

Basic principle

Wall heating

Wall heating works on a similar principle to underfloor heating, but offers several key advantages. Thanks to its large-scale radiant heat and rapid response capability, it allows the room to heat up faster. These features make wall heating an ideal solution for a wide range of applications - from healthcare and industry to public buildings and family homes.

Wall cooling

Due to the radiant cooling from the wall and the near-ideal temperature distribution, it is possible to reduce the room temperature by 3 °C to 4 °C. The wall cooling can be connected to a ceiling cooling system to extend the active cooling area and can be used wherever there is a higher power requirement.

Advantages of the technology

Wall heating and cooling 

Combination with renewable sources

Ideal combination with heat pumps and alternative energy sources.

High durability

The piping built into the wall construction has a high durability and no joints.

Low energy consumption

The low operating temperature of the heating water and its distribution over the area reduce energy consumption.

It is architecturally clean

As with underfloor heating, wall heating technologies are built directly into the wall structure.

Also suitable for reconstruction

Without major structural modifications, sufficient area can be produced to cover the heat loss of a low-temperature system.

Reduction of dust swirling

With a radiant wall heating system, there is no air circulation and no dust swirling.

Technical solutions

  • PLASTER Wall

    The system consists of polybutylene pipes Ø 8x1 mm, which are mounted in plastic rails attached to the wall. The entire register is then covered with a 2-3 cm thick reinforced plaster, making it ideal for use in plastered wall constructions. The installation is carried out on site, which requires more work, but allows for maximum adaptation to real layouts and possible changes. Alternatively, we offer ready-made UNIVENTA® mats that are manufactured to your specific requirements.
    The system consists of polybutylene pipes Ø 8x1 mm, which are mounted in plastic rails attached to the wall. The entire register is then covered with a 2-3 cm thick reinforced plaster, making it ideal for use in plastered wall constructions. The installation is carried out on site, which requires more work, but allows for maximum adaptation to real layouts and possible changes. Alternatively, we offer ready-made UNIVENTA® mats that are manufactured to your specific requirements.
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    Cooling capacity EN 1264 (16/19/26 °C)
    94 W/m²
    Heating capacity EN 1264 (37/33/20 °C)
    104 W/m²
    Tube
    PB 8x1 mm
    Max. operating pressure
    6 bar
    Max. operating temperature
    50°C
    Water content
    0.56 l/m²
    View catalogue

  • DELGADO Wall

    The main element of our system is the thin aluminium DELGADO registers, which are fixed on the front side to CW profiles of standard metal construction for prefabricated walls. These registers are then covered with plasterboard, similar to ceiling cooling and heating systems using DELGADO registers. Each DELGADO register has an adhesive layer on both longer sides, which ensures a firm adhesion to the CW profiles. For maximum performance, we recommend the use of plasterboards with higher thermal conductivity, such as RIGIPS CLIMAFIT. The standard profile spacing is 625 mm.
    The main element of our system is the thin aluminium DELGADO registers, which are fixed on the front side to CW profiles of standard metal construction for prefabricated walls. These registers are then covered with plasterboard, similar to ceiling cooling and heating systems using DELGADO registers. Each DELGADO register has an adhesive layer on both longer sides, which ensures a firm adhesion to the CW profiles. For maximum performance, we recommend the use of plasterboards with higher thermal conductivity, such as RIGIPS CLIMAFIT. The standard profile spacing is 625 mm.
    Show more
    Cooling capacity EN 1264 (16/19/26 °C)
    94 W/m²
    Heating capacity EN 1264 (37/33/20 °C)
    94 W/m²
    Tube
    PB 8x1 mm
    Max. operating pressure
    6 bar
    Max. operating temperature
    50°C
    Water content
    0.7 l/m²
    View catalogue

  • HEATSYS Wall

    Dry wall heating system HEATSYS® Wall uses a combination of system boards HEATSYS® with building boards, or wooden structures. Installation of the dry composition is quick and after attaching the covering surfaces, precise and flat surfaces ready for further finishing are immediately achieved.
    The HEATSYS® Wall dry wall heating system uses a combination of HEATSYS® system boards with building boards or timber construction. Installation of the dry system is quick and once the covering surfaces are attached, precise and flat surfaces are immediately achieved, ready for further finishes.
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    Cooling capacity EN 1264 (16/19/26 °C)
    34 W/m²
    Heating capacity EN 1264 (37/33/20 °C)
    44 W/m²
    Tube
    PE-RT 16x2 mm
    Max. operating pressure
    6 bar
    Max. operating temperature
    50°C
    Water content
    1.1 l/m²
    View catalogue

Possibilities of using the system

Wall heating is used wherever it is not possible to install floor or ceiling heating. It is most often used to supplement heating and cooling surfaces.
Reconstruction and new buildings
Swimming pools and wellness
Development projects and apartment buildings
Offices
Apartments and family houses
Hotels and accommodation facilities
Healthcare
Schools and training centres
If you have any questions, please do not hesitate to contact us!
Write to us
UNIVENTA TZB s.r.o.
Příčná 84/1
779 00 Olomouc