ACFM is a non-invasive technique designed for detecting surface-breaking flaws in conductive materials. By utilizing alternating currents, it provides accurate measurements of crack depth and location, ensuring the integrity of your assets while minimizing operational downtime.

Automated Corrosion Mapping employs advanced technologies to quickly assess corrosion across large surface areas. This method provides precise measurements and detailed visual data, enabling proactive maintenance planning and enhancing the longevity of your assets.

Creaform Laser Testing utilizes state-of-the-art laser scanning technology to deliver high-resolution 3D models of asset surfaces. This non-contact method ensures accurate detection of irregularities, providing valuable insights for effective asset management and maintenance strategies.

EMAT provides a unique solution for detecting flaws in a wide range of materials without needing couplants. This non-destructive testing method is effective for detecting corrosion and structural anomalies, ensuring the safety and integrity of your assets.

FMC and TFM are cutting-edge ultrasonic testing techniques that provide high-resolution imaging of subsurface flaws. By capturing data from multiple angles, these methods enhance defect detection and characterization, ensuring thorough inspections and robust asset integrity.

LRUT and GWUT are effective techniques for inspecting long lengths of pipe with minimal access. These methods detect corrosion and defects over significant distances, allowing for timely maintenance interventions and ensuring the reliability of pipeline systems.

PAUT utilizes multiple ultrasonic elements to create detailed images of welds and structures. This advanced method enhances defect detection and characterization, providing precise data to support effective asset management and compliance with safety standards.

Surface Eddy Current testing is specifically designed to detect stress corrosion cracking in conductive materials. This sensitive method provides reliable assessments, helping you address potential issues before they escalate and ensuring the safety of your assets.

TOFD is a highly effective ultrasonic technique for detecting and sizing weld defects. By measuring the time it takes for sound waves to travel to and from flaws, TOFD provides precise data essential for maintaining asset integrity and compliance.

Digital Radiography provides clear, high-resolution images of internal structures, allowing for the quick identification of flaws such as weld defects or corrosion. This efficient method reduces exposure times and enhances the accuracy of inspections.

Touch Point Corrosion (TPC) technology enables precise measurement of localized corrosion on surfaces. By providing detailed data on corrosion rates, TPC assists in making informed maintenance decisions, enhancing the longevity of your assets.

Ultrasonic P-Scan Technology delivers high-resolution imaging of material integrity by utilizing phased array principles. This method effectively identifies defects and variations in thickness, ensuring robust assessments of critical components.

PEC Technology offers an effective way to detect corrosion in non-ferrous materials without requiring tank entry. This non-invasive technique provides rapid and reliable results, ensuring your assets remain safe and operational.

HTHA testing evaluates the susceptibility of materials to hydrogen damage at elevated temperatures. This specialized inspection helps maintain the integrity of assets operating in high-pressure and high-temperature environments, ensuring safety and compliance.

AUT leverages advanced automation technologies to perform efficient ultrasonic inspections of welds and structures. This method enhances consistency and accuracy, providing reliable data for effective asset management and maintenance.

Acoustic Emission Testing (AET) is a powerful and proactive non-destructive testing method that detects high-frequency sound waves generated by material stress, cracks, or corrosion. By providing real-time monitoring of structural integrity, AET allows for early detection of potential failures, enhancing safety and reliability while minimizing downtime in critical assets. 

Infrared Thermography provides a non-contact means to identify thermal anomalies in equipment and systems. By detecting temperature variations, this technique allows for proactive maintenance, helping prevent failures and extend asset life.