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One of the most crucial factors impacting building efficiency and productivity is how effectively energy-saving measures are implemented in buildings.
Why is it Important to Insulate Buildings?
Building insulation refers to any material or system that prevents the passage of energy and mass, such as heat or moisture, into or out of a building. Different types of insulation serve various purposes, but their common goal is to improve the building’s efficiency, comfort, and durability. Insulation can be applied in several forms, including coatings on floors, ceilings, and walls.
Why is it Important to Insulate Buildings?
One of the most significant factors affecting the energy efficiency of buildings is how well they save energy. One of the primary contributors to achieving this goal is the insulation of buildings. Proper insulation is not only essential for energy management, but it also serves other important functions, such as reducing moisture levels and minimizing noise pollution.
What Areas of Your Home Need Insulation?
Effective insulation targets key areas of the building to maximize energy efficiency and comfort. Some of the most critical areas that require insulation include:
Insulating any part of the building reduces energy consumption in that area, but there are specific areas that need more attention:
Roofs of Buildings
The roof is one of the most important areas to insulate. Roof insulation can reduce energy loss by 35% to 45%.
Exterior Walls
Insulating the walls prevents the penetration of heat and cold, reducing energy consumption by up to 15%.
Floors
Insulating the floor reduces cold air penetration by 5%.
Hot Water Pipes
Insulating hot water pipes is crucial for preserving the construction and minimizing energy loss.
Waterproofing refers to the creation of a protective layer on roofs, walls, floors, installations, and pipes to prevent moisture damage and corrosion. Moisture typically enters through the ground or due to rainfall, and waterproofing shields the building from this external force, including hydrostatic pressure and capillary pressure.
Moisture can cause significant damage, such as swelling walls, cracking plaster, mold growth, and even freezing of the building facades. Moisture also accelerates rust on metal components and rot in wood used in construction.
Any building that isn't properly protected from water risks long-term damage. Waterproofing helps prevent erosion, structural failure, and functional weakness caused by exposure to water, wind, and air.
There are three primary sources of moisture in basements:
Most basements are made of concrete, which is porous and can absorb moisture. The amount of moisture absorbed depends on how well the concrete walls are sealed.
These factors contribute to moisture in basements, which can lead to cracks and damage.
Several methods can temporarily alleviate moisture problems in your basement, such as:
These methods can offer short-term relief, but for long-term protection, we offer a bioorganic and waterproofing solution: Logic Water. This advanced product uses pico-technology to inject waterproofing material into the wall every 25 cm, ensuring long-lasting protection. With a 20-year warranty, Logic Water dries walls faster and more effectively than traditional methods, providing lasting insulation.
The drying process takes about three months, but the insulation is guaranteed for up to 20 years, ensuring lasting protection.