Solving the problem of Corner freezing in an administrative building with Bronya Winter, Blagoveshchensk (Photos, Video)

We present to you a real example of the effective use of Bronya Winter thermal insulation to eliminate the problem of freezing in an administrative building. Before the application of thermal insulation, the corners of the building represented a zone of critical heat loss, becoming the most vulnerable to winter cold. The freezing was so severe that the inner corners of the rooms were regularly covered with a layer of frost, creating discomfort for employees and threatening the safety of finishing materials. This led to constant temperature fluctuations inside the building, mold formation, and increased heating costs.

Thanks to the unique properties of Bronya Winter, such as its extremely low thermal conductivity, ease of application, and the ability to apply it in freezing temperatures, this serious problem was solved quickly and efficiently.

Despite the harsh weather conditions faced by the specialists during application (the outside temperature reached -20°C during the day and dropped to -30°C at night), Bronya Winter performed excellently. The thermal insulation was easily applied with a regular brush, which greatly simplified the process and made it as accessible as possible.

Already after the first layer (0.5 mm), the next day, it was discovered that the ice had melted in the areas insulated with Bronya Winter on the outside. After a few hours, the surface even became dry (while the ice remained untouched 10 cm away from the treated area). After applying all 4 layers (2 mm total thickness), the temperature inside the building noticeably increased.

After applying Bronya Winter, the problem of freezing corners was completely eliminated. Frost no longer formed in the inner corners, the surface became dry, and the temperature in the rooms stabilized. After that, we started applying Bronya from the inside as well, but that's another story and a new case study that we will share with you soon.