With the Plan series, Purmo offers the elegant radiator with a completely flat front. Its distinctive feature is the absolutely flat front with a glossy coating. The uniquely designed front does not interfere with the curved edges and side frames, they simply disappear behind it. Not only do they impress with their attractive design, but also with the ease of surface care.

The Ventil Compact radiator has its connections, factory-installed, in the bottom right corner, but can optionally be ordered with connections in the bottom left corner. On the same side, the thermostatic head, provided separately, is placed on the already integrated thermostatic valve. The combination of a flat front, direct bottom connection, and top-connected thermostatic head makes it a heating body with discreet elegance.

The front of the radiator is easy to clean. However, at regular intervals, the dust inside the body should also be cleaned. The auxiliary cleaning brush allows you to clean the radiator internally without removing the grille.

Radiators with integrated loop, also known as Ventil, are a new trend as they offer even more advantages compared to panel radiators with an external loop.

Radiators with integrated loop have a more aesthetic appearance compared to those with an external loop and provide a high aesthetic presence, as there are no longer switches and pipes protruding on the side.

They occupy less surface area, facilitating the use of space.

The type of columns is represented by the number 11 (single column), which means it has 1 water-bearing column and 1 manifold welded to increase the heated surface.

The total thickness of the body is 6.2 cm.

It is very important to make the right choice of the radiator according to the dimensions of your space. The sizing of radiators should be done by an engineer after studying the space and calculating losses. The wrong choice of radiator can lead to insufficient heating or excessive heating of the space, resulting in energy waste.

A practical and simple way to calculate the required calories yourself is to multiply the height, width, and length of your room, in meters. Then multiply the result by the number 50, which represents an approximate estimate of possible losses.

However, this calculation method is indicative and does not replace the study that an engineer will conduct, which will be perfectly accurate.