Thermal Imaging & Moisture Detection

Thermal imaging is a technological process that uses infrared technology to locate hidden moisture in building materials. We’re not talking about the moisture on your shower floor or in your kitchen sink. We mean what cannot be seen by the naked eye. Water damage can cause all kinds of problems. After all, water is naturally colder than the surrounding materials in a building. The thermal camera uses heat readings to locate where the moisture is in the structure. With no damage to the walls or other structural materials. This technology will help you maintain a safe structure and avoid mold growth, which is harmful to one’s health. It does take proper training to learn how to decipher the readings on a thermal scale, as there are many factors that can affect the actual reading, so it’s best to hire a professional.

Many Uses

Whether you’re currently a homeowner or looking for a house, these inspections can pinpoint exactly where the water damage is. Directing drying equipment at the exact source, allowing us to dry the building faster and more efficiently. Mildew and mold grow if an area isn’t dried properly. These unwanted fungi are dangerous to you and your family’s health.

Thermal imaging can also help with finding leaky duct work, roof leaks, or small pipe leaks inside the walls. Thermal inspections find shower pans leaks, which are common. By identifying leaks, you will reduce the risk of water damage. Consequently, you will also retain more water, so your next utility bill will be lower.

In the photos, the areas which show in blue are the areas which contain moisture. The red and yellow areas indicate that these areas are dry. We use this type of imaging  during the course of a water damage restoration to increase the effectiveness of the equipment placement, and along with other equipment readings, to determine that the structure is fully dry.

Call the experienced professionals at Accent American today to schedule a thermal inspection and begin your water damage repair.