Helio House

The paint improves heat distribution indoors, changing the temperature by 5-6°C with identical heating or cooling parameters. In standard conditions, the distribution of heat in a room heated by a heater is usually done using convection.
On getting close to the heater, the air heats up and starts to rise. It then begins to lose heat and consequently falls. The mechanism described is an example of uneven heat distribution in the movement of air masses. The moving air carries dust, mites, and pollen, which have a negative effect on our health. Due to convection, the average temperature difference between the ceiling and the floor is 4°C. 

In a room painted with heat reflective paint, heat moves as a result of radiation generated by heaters. It is then reflected from the walls in all directions, which makes the thermal system more homogeneous and any temperature differences are limited to 1.5°C. Other advantages include high thermal comfort inside the room, improved mood, reduced allergic reactions and lack of static electricity. Another benefit of using heat reflective paint is the prevention of condensation of water vapour on thermal bridges, which inhibits the development of mould and bacterial spores on kitchen and bathroom walls. Thermal uniformity allows to reduce the maximum heating temperature and
the minimum cooling temperature, which contributes to saving more than 30% of heat energy. In short, a surface covered with heat reflective paint acts as a mirror by reflecting radiation, stabilising humidity and distributing heat. Thanks to its elasticity, the coating mends any microcracks on the surface, making the walls more breathable in relation to water vapour, and eliminates thermal bridges, which hinders the formation of mould spores.