StoneCrest Team

Infrared Thermography

StoneCrest Team, headquartered in Central Florida, provides the most comprehensive non-destructive thermal imaging inspections available today for multi-family, commercial, industrial and institutional buildings.

StoneCrest Team is a multifaceted inspection company with extensive experience in the non-destructive detection, investigation, and resolution of water intrusions, building air loss, roof surveys, and electrical issues. Our highly trained team of professionals with a Level 1 certification has the knowledge and ability to perform a wide range of thermal imaging inspections and can handle any size project.

Thermal imaging systems have been used by the military to detect and identify enemy personnel, equipment, and buildings for years. Helicopters, fighter planes, and even missiles use thermal imaging for targeting. Law enforcement agencies also use this technology for tracking criminals at night and fire departments use them to detect hot spots and see through smoke.

Infrared thermography is a diagnostic tool used to detect potential building problems, including water penetration, heat or cooling loss, blockages in plumbing systems, malfunctioning mechanical systems, overloaded electrical circuits, structural defects, and sub-standard building construction. The main advantage of an infrared inspection is that it gives a view of building conditions beyond what can be seen in any standard inspection.

A picture says a thousand words; infrared thermography is the only diagnostic technology that lets you instantly visualize and verify thermal performance.

Infrared cameras have become popular; however, most companies use cameras that are either cheap, low quality, or older and outdated. This means the quality of the images is diminished with poor resolution showing inaccurate or blurry details.

What is even worse is most companies do not have Level 1 certified thermographers or have current licensing, that operate these cameras. Without current training and certification on this rapidly evolving technology, it can lead to many false positives or incorrect solutions.

StoneCrest Team only uses new highest resolution state of the art IR cameras that show extreme high definition thermal problems, quantify them with precise digital non-contact temperature measurement, and document them automatically in seconds with professional easy-to-create IR reports. Our staff have up to date Level 1 thermography certification and always obtain ongoing nationwide training to ensure the best interpretation and results for all our clients.

Infrared New Home Inspection

Are you nervous because you’re wondering about the true condition of the home you’re planning to buy? Looking for an inspection company that keeps up with the most current certifications and technology? At StoneCrest Team, we truly have the best infrared thermography cameras on the market, which gives us the ability to see your home in a whole new light!

Thermography technology for your new home inspection

Infrared thermal home inspection provides a window to what’s going on behind the scenes in a building. The non-invasive technology uses infrared cameras to detect concerns not otherwise visible to the naked eye. It visualizes temperature variations related to heat and moisture by scanning the interior and exterior surfaces of the home. These temperature variations show up on the camera’s view screen as “cold” or “hot” spots, which can reveal hidden problems that often cannot be detected in the course of a traditional visual home inspection.

Protect yourself and your investment with a thermal imaging home inspection

Imagine the thousands of dollars you could save in repair costs from discovering things that need to be addressed before they get out of hand. The knowledge gained from this type of thermal assessment can also increase the energy efficiency of your home. Using an infrared camera, our state licensed, Level 1 certified inspectors will help identify any hidden areas where your home is losing energy, so you can see where to make improvements.

What types of problems can thermal imaging help locate?

Our thermal imaging building inspection can help identify issues that might otherwise remain hidden, and most importantly, give you the information you need to confidently make major real estate decisions.

Locating moisture issues including water penetration and leaks
Confirming the thermal protection of building
Tracing spills and water damage
Pinpointing leaks or blockages without cutting scout holes
Faulty wiring, breakers, and fuses
AC ductwork and ventilation leaks
Locating heat dissipation through windows and insulation
Potential structural integrity problems

After we complete the on-site inspection, we deliver a comprehensive industry-leading inspection report.

Infrared Electrical Scans

High temperatures may indicate excessive electrical resistance, failing components, ground faults, short circuits or other common problems in electric equipment that can lead to expensive or even catastrophic failures. We prevent and get to the source of any electrical outages quickly.

When an electrical connection becomes compromised (for many reasons) there is an increase in electrical resistance and it will start to generate a disproportional amount of heat as compared to a good connection. The electrical system can be professionally scanned using our advanced infrared camera and potential problems can be quickly identified and remedial actions can be scheduled before a failure – or fire - happens.

Infrared Roof Leak Detection

With infrared moisture intrusion inspection, it is possible to pinpoint and document areas of wet insulation from roof leaks on flat roof surfaces, as well as moisture in walls. Roof moisture surveys on flat roofs can locate areas with leaks, wet insulation, and missing/insufficient insulation.

An infrared inspection may indicate that roof damage is less than what was originally indicated by a roofing contractor performing visual inspections only, saving thousands of dollars in roof repairs.

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Infrared Predictive Maintenance

(PdM) Programs Commercial Applications

Heat is often an early symptom of equipment damage or malfunction, making it a key performance parameter monitored in predictive maintenance (PdM) programs.

Technicians who practice infrared predictive maintenance regularly check the temperature of critical equipment, allowing them to track operating conditions over time and quickly identify unusual readings for further inspection.

By monitoring equipment performance and scheduling maintenance when needed, these facilities reduce the likelihood of unplanned downtime due to equipment failure, spend less on "reactive" maintenance fees and equipment repair costs, extend the lifespan of machine assets, and maximize maintenance and production.

Studies by the Federal Energy Management Program (FEMP), estimate a properly functioning predictive maintenance program can provide a savings of 30% to 40% over reactive maintenance.

Other independent surveys indicate that, on average, starting an industrial predictive maintenance program results in these savings:

Return on investment: 10 times
Reduction in maintenance costs: 25% to 30%
Elimination of breakdowns: 70% to 75%
Reduction in downtime: 35% to 45%
Increase in production: 20% to 25%

Another advantage of infrared thermography is that it is a non-destructive method of testing, so it does not disturb the area being investigated. For leakage investigations, probes may still be needed to get a better look at underlying conditions of a roof or a facade, but an infrared survey can help pinpoint where the probes should be taken, minimizing the added cost and time.

Infrared Moisture & Water Intrusion

Our high-end infrared thermal cameras can provide valuable information during moisture assessments, remediation oversight, and water damage investigations.

Temperature difference caused by evaporation, radiation, thermal bridging, infiltration/exfiltration, and other sources will all be carefully evaluated by our trained thermographers.

An infrared inspection will identify: