Pellentesque ornare sem lacinia quam venenatis vestibulum. Cras mattis consectetur purus sit amet fermentum. Donec sed odio dui. Energy-efficient windows becoming more and more popular, as consumers look for ways to keep their homes comfortable while lowering their energy bills. Advances in window designs now help keep thermal energy from escaping through window sashes, while minimizing the amount of solar heating entering a home through the same windows. Many of these energy-efficient windows have multiple panes of glass, with a layer of Argon or Krypton gas sandwiched in the middle.
These gases serve as a barrier to energy that can make its way through the panes surrounding them, and the reduced energy transfer comes lower energy bills. Some energy-efficient windows use Argon gas fillings.
Others use Krypton, or even occasionally a combination of both gases. These windows are priced differently, but which ones are most worthwhile for you to get? These odorless, non-toxic gases move slower than air does, and having the gases in an enclosed space slows down or stops energy that travels through them.
Argon is six times denser than air, while Krypton is twelve times denser than air. That means that Krypton slows down or blocks thermal energy traveling through windows much more effectively than Argon. Yet, Argon is found in a great number of energy-efficient windows, including most double pane models. Think about how much more resistance you face when walking in water, as opposed to on dry land.
Argon and Krypton make the slot between panes seem more like a swimming pool than the pool deck to energy attempting to pass through the space. If you have an exceptional home temperature control system and an average or a lesser amount of wall and ceiling space covered by windows, then triple-pane Krypton windows may be worth the additional expense.
For more information about replacement windows, or to schedule a free in-home estimate , contact Advanced Window Products, Salt Lake City UT at , or browse our windows online. Download PDF. Facebook Twitter Instagram Pinterest. Comparing Krypton and Argon Gas Windows Estimates of cost differentials between windows containing Krypton and Argon gas vary between reports. Which is the Best Choice — Argon or Krypton?
What are you Interested in? This field is for validation purposes and should be left unchanged. Melody Breeze. Colby Jackson. Marc McCorkle. Angela Green. Christy Kobe. Linda Langevin. Markie Brown. Mitchell Cardona. Cheryl Thomas. DawnDon Saak. Tammy Wilson.
Spencer Gordon. Marilyn Whipple. Tina-Marie Sims. Shaun Jackson. Gas can also help to prevent the annoying condensation from appearing on your double-paned windows, providing protection against corrosion. Krypton and Argon are both noble gases, previously known as inert gases. For this reason, Argon is typically used for standard gaps of mm between the panes. Thermal performance could improve by almost a third compared to air-filled double-glazing but much depends on the thickness of the panes of glass.
Complex technical matters tend to get brushed over. However, one technical element of the window they love to talk about is the insulating gas. This is because of these beautiful words—krypton, argon, and xenon—which help them sell you windows. Forget the notion of glaziers setting individual panes of glass in a window frame.
That model no longer applies. You might be surprised to learn that what we call "window glass" is an assembly of several parts called the IGU. Parts are assembled in a factory—the idea was patented in —as a single unit.
Because of this IGU assembly, you cannot easily repair modern windows. When your child breaks your neighbor's window with a baseball, you are on the hook for a couple of hundred dollars to replace the IGU, sash, or entire window. Inside this sealed assembly are inert gasses. These gasses slow heat conductivity better than air because they are denser. And now we have come to a major selling point in the replacement salesperson's presentation.
Let those words roll off your tongue—krypton, argon, and xenon. Mainly krypton and argon are sealed inside of the IGU. These gasses are dense, and so they impede the transfer of outside cold to a warm house better than air. Xenon is the densest gas, but it is not yet widely used in windows.
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