Glass has long come between us and the outside world, protecting us from rain and snow and keeping us warm, all while letting in light. Glass is a simple invention that has worked efficiently for hundreds of years. So what could be better than this miraculous sheet of glass? How about two sheets of glass? That’s where double-glazed windows come in. Our article will help you to understand everything you need to know about double-pane windows. From what they are, how they work, and where to find them to learn how to get the best deal and their benefits to your home. Keep reading to know how double-pane windows can enhance the aesthetic and comfort of any living space!
What are Double-Pane Windows?
Double-pane windows are windows that have two panes of glass set into each frame. These two glass panes have a small space between them, creating an air pocket made to insulate your home better. This air pocket prevents the air temperature outside your home from affecting the temperature of the air inside your home.
The space between these two glass panes also has a desiccant created to prevent the formation of condensation.
Benefits of Getting Double-Pane Windows
Discussed below are a few of the major advantages of choosing double-pane windows for your residence:
Prevents Condensation in Windows
If you’ve ever had single-pane windows at your residence, then you’re familiar with the heavy condensation that builds up during the colder months. This happens because of the variation in the interior and exterior temperature.
While condensation on your windows may look like a small matter of inconvenience, it points towards a more severe issue. When cold temperatures seep into your home through single panes, it creates an imbalance in heat transfer within the rooms.
Suppose you’re dealing with pre-existing double-pane windows with damaged glass. In that case, it is in your home’s best interest to install double-pane glass replacements as soon as possible to avoid poor heat circulation and moisture-related problems.
Insulates Your Windows
Double-pane windows give you the advantage of having superior insulation in your home space by keeping the chill out in the winter and heat out in the summer. These windows can make your home more sustainable for energy consumption by regulating the level of heat conduction between your home and the surrounding environment, limiting temperature changes.
One crucial factor to be aware of is that if the seals on your double-pane windows are broken, the insulating capacity of that window is no longer helpful. Some indicators that you have a broken or damaged seal are:
- Condensation between the glass
- Increasing rust build-up
- Windows that appear foggy or milky
Double Panes Keep the Noise Out
The external environment outside your home can be pretty disturbing, ranging from noises such as railway tracks to bustling streets and even boisterous neighbours. There are many choices around to leak through the single-pane windows and ruin your peace. Using double pane windows, you can control and reduce noise pollution, maintaining your safe space. The extra pane works wonders at keeping the external disruptions out and your conversations private.
Double-paned windows are worth the investment for the privacy you get. They not just enhance the comfort of your home and lower your energy bills, but they can also appreciate your home’s market value.
Double-Glazed Windows’ Energy Efficiency
The insulating value of windows can be measured using several different ways. Common is the R-value system, a measurement of a material’s resistance to energy transfer. The higher the R-value, the more excellent the resistance and the higher the insulating value.
The insulating advantage of double-glazing becomes evident from the tested R-value of various window designs:
- Single pane: R-value 0.9
- Double pane glass with .5-inch air space: R-value 2.04
- Triple pane with .5-inch air space: R-value 3.22
- Double-pane with argon and low-E coating: R-value 3.846
- Triple-pane with argon and low-E coating: R-value 5.433
As a standard, a two-by-four stud wall with batt insulation and wallboard and wood siding has an R-value of R-12 to R-15. Window manufacturing companies are now coming up with new technologies that allow windows to approach the walls’ R-value.
Improving Double-Glazed Windows’ Efficiency
No matter how well-designed they might be, windows are always a significant point of energy loss in a home compared to other building elements. There is simply no comparison between the most energy-efficient double-glazed window and even an ordinary wall system. To help improve windows’ efficiency:
- Invest in Thermal Curtains: Thick thermal curtains drawn across the windows at night significantly raise R-values.
- Add Window Insulating Film: A thin, transparent plastic film layer can be applied to the window trim with a solid adhesive agent. The heat of a hairdryer will also tighten the film. The insulating film adds another dead-air barrier that can help slow thermal loss.
- Weatherproofing: Older windows may crack or open up around the framing, letting cold air enter the home. Use exterior-grade silicone caulk to stop these cracks.
- Switch Foggy Windows: Windows that get foggy between the two panes of glass have lost their seals because the gas has leaked. It is prudent to replace the entire window or the window sash in such cases.
Single vs Double-Pane Window
The main variation between single and double-pane windows is that the number of glass layers is different. A single-pane window has just one layer of glass that offers wind protection; however, glass is a poor insulator. Experts say that approximately 70 per cent of energy loss occurs in windows and doors, and 90 per cent of window heat loss occurs through the glass. Poor insulation causes outdoor temperatures to affect the indoor temperature of your home significantly.
When buying double-pane windows, quality is a top priority. While you may be looking for the lowest price you can find, the result of cheap windows is not worth the initial savings. Improperly spaced glass can lead to failed seals and condensation buildup between the two panes, and more.