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Save money and energy with our quality thermally broken doors

With so many people looking for ways to save money and conserve energy, it’s no wonder that thermally broken doors are becoming increasingly popular.

Thermally broken doors allow you to open and close them using your hand instead of an electric motor, which significantly reduces the amount of electricity that is used in the process.

Furthermore, by breaking the door seal at the perimeter rather than along the entire edge, we are able to reduce air infiltration levels inside the room.

This means less heat is required to maintain comfortable temperatures inside your home or office, which can save you significant amounts of money on heating bills over time.

In addition to saving cash on your monthly energy bill, thermally broken doors also make it easier for you to enjoy cooler environments during summer months or colder climates during winter seasons.

So why wait? Give us a call today and let us help you make your home or business more Energy-Efficient!

What is thermally broken doors?

Thermally broken doors are a type of door that has been designed to resist heat and flames. They use a special thermal insulation coating that prevents the door from burning or melting in high temperatures.

This makes thermally broken doors ideal for applications such as commercial building entrances, gas stations, warehouses, and even homes.

Thermally Broken Doors - Why is this technology important?

When a thermally broken door encounters high temperatures, it uses its coatings to dissipate the heat rather than allowing it to reach the actual wood frame or glass window inside.

This way, the door can stay open long enough for firefighters or other emergency personnel to enter safely, while protecting everyone inside the building from fire harm.

Some common use cases of thermally broke doors?

There are a number of common uses for thermally broke doors, including: 

  • Barrier security. A door protected by a thermally broken window can act as an impenetrable barrier between the exterior and interior environments.
  • Ventilation. Doors that have been thermal broken allow fresh air into buildings, which helps to reduce the risk of respiratory illness.
  • Temperature control. Thermally broken windows can help regulate room temperatures by allowing natural sunlight or artificial light in at specific times of the day when it is most beneficial for comfort or productivity.

Types of thermally broken doors

There are a few different types of thermally broken doors, but the most common is the thermal door. This type of door breaks when energy is used to open or close it beyond its designed temperature range.

This can happen when someone leaves the door unlocked, or if there’s too much air conditioning in the room and the temperature outside exceeds the design threshold for that particular door.

The other two types of thermally broken doors are heat-sealed and cold-sealed. Heat-sealed doors break due to excessive moisture forces inside (from rain or snow), while cold-sealed Doors break from extreme temperatures outside (below 0°F/32°C). Both types require special maintenance procedures in order to prevent costly repairs down the road.

Testing thermally broken doors

Testing for thermally broken doors is an important part of maintaining a healthy home. If you suspect that your door has been damaged in some way, it’s important to test the temperature thresholds to determine if the damage has progressed beyond what can be repaired.

There are several methods that you can use to test for thermally broken doors – each with its own strengths and weaknesses. 

The most common method is using a thermal imaging camera. This device takes pictures at different temperatures and compares them to known images of undamaged Doors. By doing this, you can identify any areas of change or damage, and decide whether or not further testing is necessary. 

However, cameras aren’t always accurate – they may miss small changes caused by weathering or wear-and-tear over time… which could lead to incorrect diagnoses later on down the line. 

Another option is using a temperature probe – this device attaches directly to the door panel and measures how much heat escapes through it over time. This information can help diagnose issues early on before they become too big or difficult to repair!

Repairing thermally broken doors

Here are a few tips on how you can repair thermally broken doors:

  • Check the temperature of the door using an indoor/outdoor thermometer. If the door is frozen outside, it will also be frozen inside! thaw out the door before trying to fix it. 

  • Seal any cracks or leaks with caulk or silicone sealant. This will help prevent water from getting into the wood and causing rot and decay. 

  • Repairs may require new hinges, spindles, or both – depending on the type of damage sustained. Be sure to get estimates from multiple contractors in order to find one that best suits your needs and budget constraints.

Advantages of using thermally broken doors include:

  • They save energy by automatically adjusting their airflow based on temperature and humidity levels indoors; 

  • The system is silent because there is no fan noise or air conditioning demands; and 

  • Thermally broken door systems can be installed in any size home without having to modify existing architecture or install new ductwork.
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