If you’re looking to improve the security of your business, then you should consider working on thermally broken windows. These are windows that allow heat and cold inside, which can lead to costly repairs or even loss of revenue. Here are five reasons why thermally-broken windows are a problem:
Table of Contents
Increased energy bills:
A thermally broken window is a visible sign of disorder and decay. A thermally broken window is an invisible sign of energy waste that can be costly to your wallet.
The thermal efficiency of windows plays a big role in how much heat enters and leaves a home, as well as the cost of heating and cooling expenses. Thermal efficiency is the ratio of solar radiation inside the building (in watts) to total radiant energy received by all interior surfaces, including windows and glass doors/windows (W/(m2·a)).
According to The Window Institute, if your windows have low thermal efficiency, you are spending more money on energy bills than necessary because sunlight cannot enter or leave the home effectively.
Let in too much heat and moisture:
Thermally Broken Windows are windows that allow too much heat and moisture into a building. This can lead to problems like drywall damage, ceiling water infiltration, and more.
If you notice any of these symptoms in your home or office, it’s important to take action. First, check the window for signs of vandalism or broken glass. If the window is damaged or open, replace it as soon as possible.
Next, make sure all doors and windows leading into the interior of the building are tightly closed at all times. And finally, install over-the-counter thermal insulation products around exterior walls and ceilings to help reduce indoor humidity levels.
Heat and cold can enter your home through broken windows
One of the most common ways that heat and cold can enter a home is through thermally broken windows. These are windows that have been damaged in some way, such as by hail or wind, so they don’t seal properly. This allows warm air inside and cold air outside to mix, which can cause serious problems.
Heat buildup happens when warm air occupies a space for an extended period of time (like in an attic). The warmer air cannot escape, so it continues to heat up until something breaks the thermal equilibrium (like moisture coming in from the outside) and brings the temperature back down to normal levels. Coldness occurs when colder air enters a heated room on account of ventilation being impaired. Again, because there’s not enough ventilation available, this cools down rapidly and creates unpleasant conditions.
If you’re noticing strange smells or your home is less comfortable than usual due to high temperatures or low temperatures interfering with proper breathing/circulation, it may be time to call an expert for help repairing your thermally broken windows!
Broken windows can also cause condensation in your home:
Many people don’t realize that thermally Broken windows can also cause condensation in your home. This phenomenon happens when warm air rises and cannot escape due to a closed or unscreened window. As a result, moisture accumulates on cold surfaces (like the inside of an unbroken window) leading to mildew growth and eventual decay.
The good news is that there are simple steps you can take to prevent this from happening:
- Install storm shutters on all of your windows so heat doesn’t rise unchecked;
- Seal any cracks or gaps around doors and windows using caulk, mesh tape, or silicone sealant;
- Keep screens installed on all Windows;
- Make sure draperies, blinds, curtains, sunscreens (over windows), etc., are properly ventilated in hot weather by opening them regularly during high temperatures
The cost of repairing or replacing a window will likely outweigh the benefits:
There are a few factors to consider when deciding whether or not to repair or replace thermally broken windows. The first is the cost of repairing versus replacing. Repairing will likely be cheaper in the short term, but it may eventually exceed the cost of replacement. Replacing thermal window units can result in significant energy savings over time.
The second important factor to consider is how often the temperature outside fluctuates and affects operations inside your building, such as thermostat settings and ventilation rates. If conditions change frequently enough, it may be necessary to replace all affected windows sooner rather than later.
Overall, there are pros and cons for both repair and replacement options when it comes to thermally broken windows. It’s important to weigh these factors carefully before making a decision
Bottom line:
If you’re thinking about installing thermally broken windows in your home, be sure to research all of the pros and cons first so that you make an informed decision.
