Ceiling Panel Radiator
Sofito

ISAN by Siwa’s SPS sofito ceiling panel radiators provide a pleasant environment and thermal comfort. Radiant interior heating and cooling is natural, using a large surface area to yield a greater cooling and heating capacity. Aluminum sections have excellent thermal conductivity to ensure a quick reaction time in contrast to standard ceiling cooling. Condensation-free heating and cooling has to contend with smaller temperature differences with respect to the surrounding areas, making it ideal for the application of heat pumps and renewable energy sources. The installation itself is easy, quick and dust-free.

Ceiling panel radiators offer numerous advantages that make them an exceptional choice for heating solutions. With their sleek and space-saving design, these radiators are installed discreetly within the ceiling, providing an aesthetically pleasing and clutter-free heating option for both residential and commercial spaces. Their innovative design ensures efficient heat distribution, allowing for even warmth throughout the room. The installation of ceiling panel radiators also eliminates the need for traditional wall-mounted radiators, freeing up valuable floor and wall space. This versatility opens up endless possibilities for interior design and furniture placement. Additionally, ceiling panel radiators operate silently, delivering a peaceful and comfortable environment. Moreover, their convection-based heating system allows for quick and responsive temperature control, ensuring optimal comfort levels. Overall, the advantages of ceiling panel radiators extend beyond efficient heating, offering enhanced aesthetics, space optimization, and quiet operation, making them an excellent choice for any modern space.

The suspension system allows for installation even in finished interiors. It is equally suited for new and renovated spaces. The gently undulating surface and free suspension of the panels can also improve the room’s acoustics.

■ Cooling and heating through radiant exchange produces a surface cooling effect
with low temperature differences, resulting in very pleasant ambient comfort.
■ Subsequently, the air is affected causing additional movement.
■ This produces a convection cooling component