How Window Moisture Removal Works
Due to normal fluctuations in temperature between day and night, the airspace between your window panes is subject to constant forces of expansion and contraction. This solar pumping is the main contributor to the unavoidable infiltration of outside air into the window's sealed airspace. As the window then cools below the dew point, moisture in the air deposits itself onto the cooler glass surfaces. As this process continues over time, more and more moisture develops between the panes. This moisture can dramatically affect the thermal qualities of the window, and if left untreated, can cause permanent and unsightly damage to the inner glass surface.
Can Dual Pane Windows Really be Defogged?
YES, they can! With The Glass Guru Moisture Removal System, the solar pumping process is reversed. The key to The Glass Guru process is the installation of our patent-pending 'Micro-vents' into your existing windows panes.
As sunlight increases the air temperature inside the window, moisture evaporates and an increase in pressure expels the water vapor out of the window through the installed 'micro-vents'. Over a short time, the window dries completely. The newly restored airspace can then insulate properly and is guaranteed not to fail again.
Our unique process removes the moisture, restores your energy efficiency and allows you to see the world clearly again!
Our Moisture Removal Process
Is a multi-stage process that allows us to gain access to your dual pane window, clean and flush it with specialized solutions. Then the patent-pending micro vents are installed which pump any remaining moisture out and keeps the airspace permanently equalized and moisture-free.
Comes with a TEN Year Warranty!
The Glass Guru Moisture Removal and Prevention Service is backed by a 10-year transferable warranty. Click here to view our Warranty.

The Glass Guru of Central Ohio proudly serves the following areas:
Columbus, Westerville, Lewis Center, Powell, Dublin, Hilliard, Grove City, Reynoldsburg, Gahanna, Pataskala, Worthington, New Albany, Delaware, Pickerington, Canal Winchester, Newark and Whitehall
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