Thursday 2 June 2016

How Can Infrared Moisture Survey Detect & Help Solve Moisture Levels on Commercial Roofs?

Since roofs are the most exposed parts of a commercial building, they are highly prone to damage due to the changing weather conditions all through the year. If there is any kind of excess moisture on the roof, it can hamper the roof’s overall durability and pose serious threats to building owners and employees. Flat roof leak detection in UK is one of the best ways to avoid problems from growing on the roof and catching them at the earliest. An infrared roof moisture survey is one of the leading methods to determine the moisture problems present on a commercial roof.

The Technological Process

 
When the sun is out, the entire roof usually heats up and the cooling process only begins when the sun starts going down. At this time, the roof emits a considerable amount of heat back into the atmosphere, also known as radiation cooling. However, not all parts of the roof emit consist heat into the atmosphere. Areas that are wet with higher masses can often retain more heat compared to areas with lower masses that tend to dry quicker.

When leak detection experts use infrared imaging to capture pictures of specific areas on the roof, the smart devices can detect the areas with higher masses which are wet and warmer than the dry ones. Infrared technology can easily determine the areas which are retaining moisture on a roof and thus, save owners lot of trouble and money in the future.

The Ideal Time to Use Infrared Technology:


•    Should be used before the roof warranty expires
•    Before buying new commercial property
•    Before you set up new annual budgets for roof repairs
•    Before re-roofing on an existing assembly
•    When you notice any moisture or roof leaks

Whether you’re struggling with a roof leak or want basement leak detection in UK, using the latest technologies can help you catch the leak as early as possible and find ways to resolve the problem without spending too much on replacements.

0 comments:

Post a Comment