Pipes for heating system
Floor and wall radiant heating and cooling systems
SANCO®Radiant is the ideal solution designed by SCT to meet the specific needs of low-temperature systems. The need to adapt modern systems to alternative energy sources such as heat pumps, solar panels, fireplace stoves or in combination with condensing boilers, in order to achieve maximum energy saving performance, involves the use of installation solutions compatible with these specific systems.
SANCO®Radiant tube has been designed for compliance to EN 1057 and is intended for underfloor and wall systems. The advanced technical and mechanical characteristics, in particular the high thermal conductivity, constitute the key features that render this product specific for this field of application.
SANCO®Radiant has a thermal conductivity of 390 W/(mK), that is over 1000 times higher than comparable plastic materials. This fundamental characteristic qualifies it as the primary material in the radiant heating sector; in fact, optimal heat radiation efficiency is achieved by using the material with the best thermal conductivity.
For a given amount of energy consumed to heat a living space, a lower quantity of tubing is required. For this reason, in underfloor systems employing SANCO®Radiant copper tube the inter-tube space is kept around 25 cm, much wider than that typically used in plastic systems. In addition, its low internal roughness, associated with a greater water flow, allows the use of tubes with a limited outer diameter. This allows for reduced flooring slab screed thickness with a consequent lower occupation of the building structure and obvious savings in construction costs. These advantages ultimately sustain lower pressure drops and lower energy consumption for the circulation pumps, in addition to energy saving in the boiler, since the water can circulate at low temperature, and in turn, this causes reduced wear of the system components.
Another important advantage in terms of increased savings and living comfort is obtained thanks to lower thermal inertia: the desired ambient temperature is reached more quickly.