Classic insulation slows down heat; THERMOSHIELD REFLEX PREMIUM reflects<\/strong> it. The hollow glass microspheres dispersed in the paint form, once dry, a continuous heat-reflective layer that acts like a mirror for infrared radiation: the heat that would escape through the wall bounces back into the room. That is why lambda value or U coefficient are not indicated \u2014 they cannot be measured in a layer of tenths of a millimetre. What is indicated instead is the proportion of thermal radiation reflected: up to 87 %<\/strong>.<\/p>\n A cold wall steals your heat even if the thermometer reads 22 \u00b0C. This paint raises the surface temperature of the walls: the space heats up faster and the thermal sensation is greater with less heating. Every degree less on the thermostat shows directly on your energy bill.<\/p>\n The high-reflectivity white surface bounces solar radiation back before it heats the facade. On south-facing walls, attics and rooms under flat roofs, the need for air conditioning drops noticeably.<\/p>\n Mould appears where moist air condenses on a cold wall. By raising the surface temperature, condensation disappears or is drastically reduced. The paint also incorporates enhanced anti-mould protection; outdoors it prevents algae and moss, and thanks to the lotus-flower effect the surface self-cleans in the rain.<\/p>\n Wherever contact insulation is not viable or not cost-effective: historic buildings and facades with mouldings, stone walls, listed buildings, apartment blocks, basements, garages and remediation of thermal bridges (door and window jambs, lintels, corners, floor-slab junctions).<\/p>\nWinter: warmer rooms with lower boiler heating<\/h3>\n
Summer: end of overheating<\/h3>\n
Goodbye to mould and damp corners<\/h3>\n
Where it works best<\/h3>\n
Key properties<\/h3>\n
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Technical data<\/h3>\n