Top 5 Features of Infrared Building Inspection

Top 5 Features of Infrared Building Inspection

Humidity is a very common problem that causes serious damage to the building, but do not worry, now there is an Infrared rays building inspection available, as it has become possible to conduct the inspection using these devices and detect the causes of humidity, and then take the necessary measures to eliminate these causes in order to preserve your money and property.

In the content of our article, we will discuss more than one aspect. Let us take a look at them to save our money:

1. Are you tired of breaking down to discover moisture problems?
2. Moisture testing areas using Infrared rays technology.
3. 5 Advantages of Infrared rays Building Inspection.
4. What tools are used in Infrared rays building moisture testing technology?
5. Timing of humidity testing using Infrared rays technology.

First: Are you tired of breaking down to discover moisture problems?

We, BUILDING RANK, have found the perfect option for you to search for the causes of moisture in your property, using Infrared rays scanning devices. They are effective, comprehensive in terms of results and cost.

Using this technology, our team of engineers checks:

• Leaks in ceilings, walls and floors. When water seeps into the building, it accumulates in damp areas. Using a thermal camera, this increase can be seen and thus the location of the leaks can be determined.
• We inspect heating, ventilation and air conditioning systems to ensure that these systems are not introducing excess moisture into the building. We check for condensation or water leaks in these units, or in ductwork and drain lines.
• Plumbing leaks are checked to determine the source of moisture, by examining all fixtures and connections.
• We measure the humidity in the air and in the thermal insulation. When there is a build-up of moisture in the air or in the insulation, this change in temperature can be sensed and converted into digital readings.
• The floor is inspected for signs of moisture such as discoloration or a musty odor.
• Our inspection includes attics because they are prone to moisture due to poor ventilation, or inadequate insulation.
• Our inspection is non-destructive and does not require removal of walls or floors, and is quick and efficient.

This way, our team can detect leaks and pinpoint the source of moisture with high accuracy.

Thermal data is converted into detailed images and reports to facilitate diagnosis, and is provided to the customer through our documented report with images, so that appropriate maintenance measures can be taken.

Second: Areas of humidity testing using infrared technology:

This inspection technique is based on the principle that humid places emit heat at a different rate than dry places. Thermal cameras are used to measure different temperatures, so they are effective in inspecting and detecting the following:

• It can be used to detect all leaks inside buildings. The location of the leaks is determined by the thermal camera, so that appropriate repair measures can be taken.
• It can be used to assess the structural condition of a building. This is done by detecting all moisture locations, identifying areas of weakness and damage in the structure, and thus taking appropriate maintenance measures before the problem worsens.
• The technology can be used to monitor the drying process after maintenance work, or new construction work, by tracking changes in temperature and humidity with a thermal camera.
• It can be used to measure the humidity level in thermal insulators, because wet insulators may lose their efficiency in insulating heat. Thanks to this technology, it becomes possible to identify and evaluate damaged insulators, and take the necessary maintenance measures.

This method of testing building moisture has shown promising results in the field of building diagnosis and maintenance, as it offers several advantages compared to traditional methods used to test moisture, such as using direct measuring devices or visual inspection.

Third: 5 advantages of inspecting buildings using infrared technology:

This method of examination has several advantages, the most important of which are:

1. Non-destructive:

   Because it allows moisture testing without the need to damage materials, or break and vandalise the building, this means that it can be used to detect leaks, and determine moisture content without causing additional damage.

2. Quick check:

   This technology is fast and effective, because thermal cameras can record data instantly and convert it into thermal images that reveal temperature differences, saving valuable time in diagnosis.

3. Diagnostic accuracy:

   This technology provides a high ability to identify and distinguish the moisture content in building materials, thus thermal images can be accurately analyzed to identify leaks or damaged areas, which helps in taking the necessary measures.

4. Continuous monitoring:

   It can be used for long-term humidity monitoring, where periodic surveys can be conducted to check the effectiveness of drying processes, or to detect any new humidity problems in the building early.

5. Cost saving:

   With its ability to locate leaks and cavities and assess the building structure, this technology can help save costs from building damage caused by unwanted moisture.

This technology is a powerful tool to diagnose problems, better maintain buildings, and avoid problems related to leaks and moisture.

Fourth: What are the tools used in infrared building moisture testing technology?

This technique uses a set of tools and equipment to measure and analyze temperatures. Some of these tools are:

1. Thermal camera:

   The thermal camera is the main tool in this method, it has the ability to convert temperatures into thermal images in different colors on the screen. The operator can see and analyze the differences in temperatures to locate leaks or damaged areas.

2. Thermometer:

   This device is used to obtain accurate temperature readings in specific areas. It can be used to verify results obtained from a thermal camera or for direct measurement in confined or hard-to-reach places.

3. hygrometer:

   Moisture meter is used to measure the moisture content of building materials. It can be used to determine the moisture content of walls, floors, ceilings, and other materials.

4. Recording and analysis devices:

   They are used to record and analyze thermal data in detail. These devices include special software that analyzes thermal images and extracts data, thermal differences and distribution.

5. Reinforcement and measuring tools:

   It can be used to identify suspect areas, and pinpoint temperature differences.

These are general examples of tools used in building moisture testing technology, and there may be more tools and techniques.

Fifth: Timing of humidity testing using infrared technology:

The timing of the inspection is very important, it is better to inspect a wet roof at night because wet insulation retains heat longer than the surrounding dry materials, so when the roof system cools down at night, the wet areas will light up like a light bulb which accurately reveals the faults.

Conclusion:

Infrared rays building moisture testing technology is a powerful tool and the latest means of determining the moisture content of building materials non-destructively, and has proven to reduce damage, save costs, and enhance the health and safety of buildings.