Temperature problems and the realization of your house

Have you know ? that Heat transfer occurs in three ways, conduction, convection and radiation. And, in all three methods of heat transfer, warmer objects to cooler objects are always losing heat. Insulating properties of heat transfer by reducing the amount of air for the catch. These include fiberglass, foam and cellulose insulation. Their primary method of heat transfer to reduce or stop convection.
The practical side is as follows. If the house heating in winter, you are constantly losing heat to cold air. You will see a drop in temperature thermostat and the heating you use to compete with the heat. If your house cool in summer, the heat transfer constant of air in your home. Your air conditioner thermostat as heat transfer or heat gain in this case is higher than the desired temperature.
The above types of insulation works by slowing heat transfer between inside and outside your home. Movement of air temperature differences are also working on the walls and attic to further accelerate the heat transfer. As the heat is often the main source of heat transfer in buildings, these products address the call for heat exchange.
Insulation or the use of radiation reflective layer of aluminum, paper or plastic in the air catches, so the convective heat transfer. Aluminum parts are very effective in reducing radiant heat transfer. The materials used in metal foil reflective insulation reduces the transfer of up to 97%.

In light of all this, here is an example of the heat transfer in the house. Let’s use a house brick. The bricks used for building materials have a high transmitting power, about 0.93. Transmit power is the ability of the material to the surface to emit radiant energy.
This means that the interior of the house. If the bricks above the heating temperature, heat transfer. The stones are bright and warm by the conductive jacket (they touch) heat. This heat is converted into the cavity. Now a common form of insulation to the absorption of heat (hot air) and the slow movement on the wall. Heat radiation, no barrier is still no problem found in the walls and the interior of your home.
Aluminum, a major component in the light barriers have a very low emittance, or emissivity 0.03. This means that the addition of the radiation barrier would reflect or emit 97% of the heat radiation, thus preserving the outdoors.
Anyway, after the temperature rise and the increasing transfer of radiant, warm your house. This means less heat in winter, less air conditioning and comfort than in summer, and lower energy bills.