To date, their very wide selection is presented on the building materials market, different in their characteristics and areas of use. Among them, such a relatively new material as Sentwitch Panels managed to win his special niche. Especially often such material is used in the process of frame construction.
Such panels are a three -layer light building structure consisting of material with high heat -insulating properties placed between two profiled sheets. The indicated layers are glued together. In this case, the heat -insulating material, depending on the area of use or manufacturer, is usually polystyrene foam or mineral wool slab.
Due to its high operational qualities, the sandwich panel, the price of which is affordable, can be used in the process of erects of automobiles, gas stations, various car service enterprises, industrial and administrative buildings, warehouse and trading facilities, various terminals and hangars, basins and sports complexes of medical and pharmaceutical institutions profile. Also, with the help of such a technology that provides for the use of this type of panels, you can equip refrigeration and freezers, soundproof and fire -retardant partitions.
This type of panel can be used not only as a building material, but also as a finishing and insulation, in cases of work in already built buildings. Therefore, based on the sphere of use, this type of panel can be wall, roofing, facing, refrigerator, fire -resistant, etc.P.
Sentwitch Panels have a number of advantages compared to other similar materials. It takes very little time to install and dismantle structures from the Sentwitch panels. Despite the fact that such material has a slight weight, it has excellent sound and heat-insulating properties. Such material is resistant to temperature differences, which allows it to be used in various climatic conditions.
It should also be noted that along with the high environmental friendliness of such panels, they have an attractive appearance, which allows the external and interior decoration of the structure in minimal volumes.