What are some suitable replacement windows for the Essex area

Essex, a county located in the East of England, has 14 districts. Because the weather there is extremely cold for most of the year, people have resorted to using replacement windows to slow down the rate of heat loss from their house to the surroundings outside. Of course, only certain types of replacement windows in the Essex areas will achieve this purpose. In addition to that, the type of glass use can also help achieve your aim.

The reason why so many people wants to use replacement windows in Essex to keep the house warm instead of simply turning the heater on higher is because of the rising electricity bill. With the increase in oil prices throughout the world, anything to do with energy have rose in price and no industry is spared from this. Replacement windows can be thought of as a long term investment that is sure to reap you handsome rewards.

To reduce heat loss during the cold winter months, one suggestion would be to purchase wood replacement windows. Though fiberglass may have the highest R-values, they are not widespread yet and so may still be fairly expensive when compared to the rest. Wood on the other hand is cheaper material but have high R-value. R-value is the measurement used to see how conductive of heat a material is. Aluminum is a metal, it conducts heat away from the house extremely fast, that means it has the lowest R-value of all materials used for replacement windows in Essex area.

For the window, I will recommend a double pane low_emissivity (low-e) glass. Whereas heat absorbing glass absorbs heat so as to reduce heat gain in the house from solar energy, the low-e glass helps to reduce heat loss from the house. Heat absorbing glass has a special tint which reduces the amount of light that enters and thus, is unsuitable. Low-e glass however lets all the sun rays enter the house. A double pane will further help to maintain a fairly constant temperature within the house because less energy is loss through the window by conduction and radiation.