How to Keep Your House Warm in the Winter When You Have Luxury Glass Windows

Drafty windows add heating costs and make your home uncomfortable and chilly. When temperatures drop during winter, you must insulate your luxury glass windows to keep your house warm and cozy. There are plenty of ways to limit drafts and improve your window performance without spending a lot. Here are a few tips to keep your house warm in the winter when you have luxury glass windows.

Weatherstripping

Weatherstripping is a system that helps seal window openings to keep cold air and moisture out during winter. The system works by rerouting the moisture and air, preventing them from getting through window openings. This also helps to contain warm air inside your home for comfort and allows you to open and close windows without excessive force.

Good weatherstripping between the frame and the sash (the part of the window that surrounds the glass and holds the frame in place) increases your window’s energy efficiency and helps minimize unwanted draftiness.

There is a wide range of products available for weather stripping on windows. The product you choose should depend on the type of windows you have and whether it will fit well. They can be double-sided foam or some metal and vinyl products.

Window Caulking

Identifying the leaks is the first step in window caulking. Do so during a windy night by going around every window in your home and feeling for drafts. You might use a temperature sensor to identify cold spots around every window.

Sealing and caulking the windows prevents heat from escaping from small holes or cracks. Fill in the cracks between the wall and the interior trim since this is where most of the air escapes. For added insulation, caulk the areas around the leaks on the exterior side of your window.

Keep in mind that caulk can crack and form gaps over time. Seal the gaps using rope caulk that is added into the gaps or add a new layer of caulk. If the gaps or cracks are large, remove and replace the old caulk entirely. You may need a caulking gun for an accurate, clean line.

Plastic Film

Glass panels lose a large amount of heat that you don’t want to lose during winter. Many people think that window films are only used to keep sunlight out, but they can also maintain your indoor temperature for a long time. Modern window films maintain the heat inside, providing warm comfort during the cold season.

Most manufacturers make vinyl window frames with fiber weather seals along the bottom and top of the sash. Over time, these seals become compressed, allowing drafts inside. Window film will help prevent cold air from getting inside your home.

Caulking windows will help you prevent most sources of air infiltration, but it will only work in some places. Remember, you cannot fully seal your windows shut. Installing a plastic film around the glass offers extra protection during winter. Plastic film can be shrink-wrapped to your windows using a hair dryer or a self-adhesive.

Thermal Window Drapes

The easiest way to insulate glass windows in winter is to use thermal window drapes. These drapes are also cost-effective and protect your home against cold coming through the windows. They help maintain heat inside your home, providing a cozy environment and eliminating the need to install new glass windows.

Hang the drapes closer to your windows to achieve the lowest heat leakage. Thermal curtains are a short-term solution to prevent cold air from entering your home through air leaks in winter. They must be kept closed to be most effective.

Buy Luxury Glass Windows From a Reliable Manufacturer

This is an investment that will not only keep your home warm and protected from the outdoor elements but will save you money on repairs and energy bills. Find a manufacturer who makes luxury glass windows that offer water and air tightness while fully maximizing the daylight surface area. Your manufacturer should be able to customize the windows to match your home’s style and handle extreme temperatures. Work with them to determine which glass offers optimal efficiency to minimize the risks of infiltration or water damage.