Prefabricated entertainment center 260 square meters Karmod

In today's world, environmental protection has had a huge impact on the construction industry. Waste generation during construction has always been the focus of environmental activists. Unlike traditional houses, in prefabricated structures, all the materials needed for construction can be purchased in bulk. This makes it possible to estimate the final construction costs more accurately. The cost of building prefabricated houses is calculated on the basis of square meters and you can execute your desired design and construction according to your budget. Cost reductions in this type of structure are not limited to the purchase of materials, but a large part of these savings is related to the costs of transportation and manpower needed to advance the project. Prefabricated houses based on the type of use and climatic conditions of the place They are used and are made of different materials. Wooden prefabricated houses, concrete prefabricated houses and metal prefabricated houses are different types of these houses that, in addition to differences in appearance, are designed and prepared for different geographical conditions.

Advantages of using prefabricated houses:

High build speed
lower cost
Proper insulation
high resistance
Better stability

Product technical specifications:

Earthquake conditions: (first seismic zone) Effective ground acceleration coefficient: Ao = 0,40

Climatic conditions: Nazar products are made on the third climatic zone.

Snow load: 75 Kg / m2 depending on the place of assembly.

Wind speed: 80 km / h (stabilized on the ground)

Exterior wall thermal insulation coefficient: (K: 0.45 Kcal / m²hC (K: 0,53 W / m² K

Internal wall thermal insulation coefficient :( K: 0.44 Kcal / m²hC K: 0,51 W / m² K)

Light steel materials: Erdemir 1311, (ST-37) Standard DIN EN 10147-00, produced from galvanized steel with zinc coating.

Betopan: Specific weight about: 00 1300 kg / m³ - Refractory (B1 DIN 4102 Part 1) Heat transfer coefficient: (dry λ10˚C)

Chassis bearing capacity: 200 kg / m² (in two-storey buildings) (calculated according to T.S 498 e)

Roof thermal insulation capacity: 200 kg / m² (in two-story buildings) (calculated on the basis of T.S 498 e) In today's world, environmental protection has had many effects on the construction industry. Waste generation during construction has always been the focus of environmental activists. Unlike traditional houses, in prefabricated structures, all the materials needed for construction can be purchased in bulk. This makes it possible to estimate the final construction costs more accurately. The cost of building prefabricated houses is calculated on the basis of square meters and you can execute your desired design and construction according to your budget. Cost reductions in this type of structure are not limited to the purchase of materials, but a large part of these savings is related to the costs of transportation and manpower needed to advance the project. Prefabricated houses based on the type of use and climatic conditions of the place They are used and are made of different materials. Wooden prefabricated houses, concrete prefabricated houses and metal prefabricated houses are different types of houses that, in addition to differences in appearance, are designed and prepared for different geographical conditions.

Advantages of using prefabricated houses:

High build speed
lower cost
Proper insulation
high resistance
Better stability

Product technical specifications:

Earthquake conditions: (first seismic zone) Effective ground acceleration coefficient: Ao = 0,40

Climatic conditions: Nazar products are made on the third climatic zone.

Snow load: 75 Kg / m2 depending on the assembly site.

Wind speed: 80 km / h (stabilized on the ground)

Exterior wall thermal insulation coefficient: (K: 0.45 Kcal / m²hC (K: 0,53 W / m² K

Internal wall thermal insulation coefficient :( K: 0.44 Kcal / m²hC K: 0,51 W / m² K)

Light steel materials: Erdemir 1311, (ST-37) Standard DIN EN 10147-00, produced from galvanized steel with zinc coating.

Betopan: Specific weight about: 00 1300 kg / m³ - Refractory (B1 DIN 4102 Part 1) Heat transfer coefficient: (dry λ10˚C)

Chassis bearing capacity: 200 kg / m² (in two-storey buildings) (calculated according to T.S 498 e)

Roof thermal insulation capacity: 200 kg / m² (in two-storey buildings) (calculated according to T.S 498 e)