Styrofoam-insulated part. 2
During the entire heating season, the 1m2 Mineral wool, expanded polystyrene plastered outer wall of heat dissipation is equivalent to:
- 20m3 of natural gas - in the absence of thermal insulation (heat transfer coefficient W/m2K U0 = 1.33);
- 5.4 m3 of natural gas - in the case of application of thermal insulation made of polystyrene with a thickness of 10 cm (coefficient = 0.33 W/m2K U0).
buy the cheapest styrofoam mega1000. Styrofoam - visit mega1000
way to solve the problems with the amount of wasted heat insulation of walls is foamed polystyrene boards. Continuous layer of plates, forms a protective coating to protect against the cold.
Monday, March 6, 2006
Animal Beastiality Zoophilia Blog
Styrofoam Styrofoam-insulated
amount of energy wasted, passing through the walls of the housing construction is very high and the largest in the case of detached houses. Therefore, the most commonly used in construction, thermal insulation includes insulation of exterior walls. This work will allow you to achieve the following benefits:
- Saves energy needed to heat the room (over 30% of heat loss in an average residential building falls on the external walls);
- reducing the amount of gases and substances emitted into the atmosphere, resulting in heating of buildings, contribute to reducing the greenhouse effect;
- improve the quality of climate and health conditions inside the insulated space;
- eliminating thermal bridges;
- to reduce the thickness of the walls of buildings to the minimum design (savings in building materials);
- Increase vitality wall by reducing the impact of factors associated with fluctuations in temperature (freezing in winter, overheating in summer);
- a stable and aesthetic elevation.
amount of energy wasted, passing through the walls of the housing construction is very high and the largest in the case of detached houses. Therefore, the most commonly used in construction, thermal insulation includes insulation of exterior walls. This work will allow you to achieve the following benefits:
- Saves energy needed to heat the room (over 30% of heat loss in an average residential building falls on the external walls);
- reducing the amount of gases and substances emitted into the atmosphere, resulting in heating of buildings, contribute to reducing the greenhouse effect;
- improve the quality of climate and health conditions inside the insulated space;
- eliminating thermal bridges;
- to reduce the thickness of the walls of buildings to the minimum design (savings in building materials);
- Increase vitality wall by reducing the impact of factors associated with fluctuations in temperature (freezing in winter, overheating in summer);
- a stable and aesthetic elevation.
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