A021 - Prefab house kit for low-cost housing with high energy saving parameters

Energy saving prefab houses from EcoSphere factory.

There are technologies for the construction of buildings and structures made of brick, profiled timber, monolith, wood - frame and particleboard construction, and besides advantages in the form of short deadlines and the ability to erect structures of almost any shape, there are serious disadvantages: the complexity, the possible presence of natural radioactivity, long wood drying time, combustibility, high construction costs and associated costs; in some cases, the impossibility of raising objects to the capital category construction, the presence of restrictions in interior and exterior decoration.

Key benefits installing objects from energy-saving panels are installation on any foundation, any interior and exterior decoration; construction of facilities without the use of lifting mechanisms; 100% environmental friendliness; high bearing capacity of the structure; a significant reduction in heat consumption during operation (energy passivity); high heat transfer resistance; simplicity and efficiency of installation of structures in any climatic conditions; any architectural decisions; repeated assembly cycle; biostability (excludes the development of fungi, mold, the appearance of rodents); hydrophobicity; absolute incombustibility, versatility and the repeated use of components.

The use of energy-saving panels in the construction of capital structures can significantly reduce construction costs without compromising quality indicators: thermal conductivity and load-bearing properties of the object.

Ural Plant of Energy Saving Panels (UPSEP).

Our goal is to provide the market with affordable and quality housing that meets international standards.

The main direction is the production of wall material and energy-efficient housing construction. The technical result when using energy-saving panels is to simplify the construction of low-rise buildings providing high heat transfer resistance allowing the construction of facilities in cold regions and a significant reduction in heat consumption during operation.