How to Maintain the Heat and Prevent its Escape in Rooms Adjacent to a Cold Corridor?
Language
Helske

How to Maintain the Heat and Prevent its Escape in Rooms Adjacent to a Cold Corridor?

An insufficiently heated corridor often becomes the source of cold in the adjacent rooms. Heat escapes through the common wall and vice versa: cold from the corridor passes to the heated room. The result is longer heating time and, consequently, increased energy costs.

If you want to prevent rapid heat loss, shorten the heating time, and achieve a pleasant climate in the room, apply the Nano Coat System active building material.

This special mixture, developed with state- of-the-art nanotechnology, helps maintain stable temperature in rooms adjacent to a cold corridor. The material creates a thermal reflective layer which reflects thermal radiation back to the room while removing excessive moisture. It actively regulates the air and distributes it all over the room. Also, it eliminates the cold spots on the walls. Thanks to these features, it reduces heating time and saves energy.



Which Places Should the Material beApplied to in the Room?

Apply the Nano Coat System especially to the walls adjacent to the corridor and also to the thermal bridges. Apply it also to the reveals around the windows, balcony entrances and doors, because these are the
places where heat escapes and water vapours condense, which can be prevented by the Nano Coat System.
 

Nano Coat System consists of: 

Nano PT - represents deep penetration that stabilizes the foundations. It is used for absorbent cohesive surfaces and is applied with a brush or roller.

Nano AM - it is used on all other surfaces where we can not use Nano PT. Thus, non-absorbent cohesive surfaces such as glass, iron and others. Apply with a brush or roller.

Nano TC - it is used to repair holes, cracks and small irregularities of size up to 3-4mm.

Nano Coat Homethe final layer of mass applied by a stainless comb trowel to a pre-treated, smooth surface of about 2 mm thick. After drying, grind the surface with sandpaper.


Apply in the following order: 

1. Nano PT or Nano AM,

2. Nano TC, if necessary to repair the surface,

3. final layer Nano Coat Home.

 

RECOMMENDED

Get In Touch!

YOUR CONTACT FOR QUESTIONS ABOUT HELSKE ENERGY SAVE®:

CCS@HELSKE.COM