Service • Non-Destructive Testing (NDT)
Infrared Thermography (IRT)
Non-contact thermal inspection to identify abnormal heat patterns that may indicate electrical faults, insulation breakdown, mechanical issues, or process anomalies—helping you act before failures occur.
What IRT is used for
Detect issues early—without shutdown where possible
Infrared thermography measures surface temperature variations to help pinpoint developing problems. It’s a fast screening method for condition monitoring and targeted follow-up inspection.
Electrical fault detection
Identify hot spots from loose connections, overloads, imbalance, and deteriorating components in switchboards, MCCs, and distribution panels.
Mechanical & process anomalies
Spot abnormal heating from friction, misalignment, bearing issues, refractory/insulation loss, or blocked flow in process equipment.
Why choose IRT
Key advantages for maintenance and reliability
IRT helps prioritise repairs, reduce unplanned downtime, and improve safety by highlighting temperature anomalies before they escalate.
Non-contact inspection
Measure temperature patterns from a safe distance—ideal for live electrical equipment and hot surfaces.
Fast screening
Survey large areas quickly to identify where detailed investigation is needed.
Early warning
Detect developing faults such as loose connections and insulation deterioration before failure.
Supports condition monitoring
Trend results over time to track deterioration and plan maintenance windows.
Improves safety
Reduce risk of arc flash incidents and overheating-related fires through proactive identification.
Clear reporting
Thermal images with findings and recommendations to support decision-making.
Our IRT service scope
What we deliver
We tailor the inspection plan to your assets and operating conditions, then provide actionable findings for maintenance teams and project stakeholders.
Pre-inspection planning
Define asset list, access requirements, operating load conditions, and safety controls to ensure meaningful thermal results.
On-site thermographic survey
Thermal scanning of target equipment to identify abnormal temperature differentials and potential fault locations.
Findings & prioritisation
Classify anomalies by severity and recommend next actions (repair, monitoring, or follow-up NDT where applicable).
Reporting & documentation
Provide thermal images, visible references where available, observations, and a clear summary for maintenance planning.