Windows are one of the greatest assets in any room. They also have the potential to make it much harder to heat or cool the home. One way to find the ideal balance is to use a few strategies to make those Windows in San Antonio TX more energy efficient. Assess the Current Condition of the Windows The first step in making those Windows in San Antonio TX energy efficient is to conduct a through inspection of every part of the window construction.
The goal is to identify any parts that may be broken, warped, or otherwise damaged. Make any necessary repairs to the frame, the sashes, and other parts. Once all the parts are in working order, it is possible to move on to the next step. Install Weather Stripping Weather stripping will go a long way toward filling in those tiny gaps in the rails and at the point where the top and bottom sashes meet. The nice thing is that the stripping is inexpensive and very easy to install.
With just a little time and effort, the windows will suddenly be much tighter. Consider Adding Storm Windows in the Sash To augment the existing windows, consider adding interior or exterior storm windows. These simple panels add another layer of protection without interfering with the ability to look outside. Best of all, it is easy to remove them from the window frame during those seasons when the homeowner would like to open the windows and allow a fresh breeze into the home. Keep in mind that if the homeowner likes, the storm windows can stay up all year long.
They will decrease the amount of energy that it takes to heat the home in winter, and keep it cool during the summer. For more ideas on how to make existing windows more energy efficient, visit mmweatherization.com and take a look at the various options. From there, contact a representative and arrange for a contractor to come out and take a look at the home. Chances are that with a few minor changes, the windows will be in great shape and go a long way toward keeping heating and cooling costs within reason. You can also check their Google+ page.