Windows come in a variety of designs and with different technological features that can make them more energy efficient and durable. The materials used for the frame, the type of glass, whether there is gas filling or spacer, as well as the opening mechanism – all of these affect the energy efficiency of a house.
Thermal resistance of the window frame is essential when it comes to reducing the heat loss rate. There are advantages and disadvantages for all types of materials, but composite materials provide a higher thermal resistance than others, making Andersen windows Denver dealers offer some of the most popular.
Composite frames are made from a variety of wood products, including wood particle board, laminated timber, and sometimes polymeric plastic. These composites are known for being very stable, often having better structural and thermal properties than conventional wood, as well as increased resistance to moisture and wear.
There are also structures that are based on glass fibers, bonded with a heat-resistant resin, which occupies up to 70% of the volume. These materials are stronger even than steel, therefore they do not require additional reinforcement.
The strength of composite materials allows the production of thin window frames, which are very energy efficient and allow a larger glazed surface, which allows more natural light to come in. In addition, there are no harmful emissions, not even at very high temperatures.