Heating and Cooling by Radiant Systems
The working principal of radiant heat explained - comparison of heating systems
Thermally activate ceilings, walls and floors - naturally air-condition
Ice storage and what else can be done with capillary tube mats
System manufacturer for radiant heating and cooling systems for 25 years
5 reasons for system solutions from BEKA
Plastered wall heating spreads warmth and amazement at the same time. The heating pipes are invisibly integrated into the wall structure in a layer of plaster that is just a few millimeters thick and emit evenly distributed heat. The plaster distributes the heat over the entire wall surface. In many projects, wall heating is installed as a supplement to ceiling heating or underfloor heating in order to guarantee the required heating output.
Due to the small diameter of the BEKA capillary tube mats of only 4.5 mm, wall heating can be implemented in the plaster system without applying a thick layer. A plaster thickness of just 15 mm is sufficient to cover the capillary tubes. An additional reinforcement of the plaster surface is not necessary, as the temperatures in the plaster layer usually do not exceed 35 ° C and the heat distribution is very even. Nevertheless, the plastered version of the radiant wall heating achieves a heating output of more than 90W / m2 with a low flow temperature. This is made possible by the small distance between the capillary tubes and the surface. Dynamic control behavior is another advantage.
However, the installation of a capillary tube mat as wall surface heating also requires a project-related technical solution for arranging the 20 mm thick trunk piping of the mat on the wall, because the plaster layer should be kept as thin as possible. The main pipes of the capillary tube mat are usually laid in a wall slot provided for this purpose, which makes structural assessment of the static effects necessary.
Capillary tube mat for plaster layering of a wall heating - P.VS20
Alternatively, wall surfaces can also be thermally activated with the BEKA 10 mm single pipe technology using the plastering process.
However, the recommended plaster thickness is around 30 mm and requires additional mechanical anchoring of the plaster layer on the raw wall as well as reinforcement in the plaster. When using the single pipe technology as wall heating in the plaster system, the 10 mm thick single pipes lie completely in the plaster and are routed through the plaster up to the connection point.
Since the 10 mm PE-RT heating pipes are manufactured with a diffusion-tight pipe wall, this version of radiant wall heating is particularly suitable for the subsequent thermal activation of small wall surfaces in the course of a heating modernization. The single pipe technology has the advantage that it can be easily integrated into existing heating systems.
Heat Distribution with Wall Heating
Reference projects worldwide
Capillary tubes are made of plastic, which in itself does not have particularly good thermal conductivity. The low wall thickness of the capillary tubes and the large number of heat-conducting tubes compensate for this property and ensure high heating and cooling capacities.
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