Advanced Non Destructive Testing (Advanced NDT)
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For more details or for specific requests, contact us, we will be very happy to answer your questions.
Advanced Non Destructive Testing (Advanced NDT)
Convinced by the accelerated scientific and technological development, General Inspection Company has invested in NDT inspection technologies among its services, in order to satisfy its customers in terms of performance, quality, safety and cost optimization, in addition to the examination not conventional destructive, we have developed a new inspection methodology based on Advanced Non Destructive Examination such as:
Multielement Ultrasound Phased Array (PA)
The Phased Array (PA) is widely used in several industrial sectors, from power generation to construction. It is an advanced non-destructive testing method using ultrasonic technology to help professionals working in the oil and gas industry assess component quality and identify risk factors.
Time of Flight Diffraction (ToFD)
We support you throughout your test project with individual solutions. Our skills also include pre-inspection advice, weld testing using the TOFD technique, data processing with our own software, assistance in interpreting the characteristics of the controls. We believe that using TOFD inspection service will lead to significant time savings over the life of a new build or rebuild. . The record of all inspection data is an excellent pre-service and internationally recognized inspection tool with defined codes, standards and acceptance criteria available for use.
Examination technique Automatic ultrasonic inspection (AUT)
Automated ultrasonic inspection allows quick inspection of welds with accurate results and positioning data. as well as the simultaneous use of several probes for a very precise evaluation of the dimensions of the readings. Constant coupling pressure and constant probe alignment reduce potential errors in the critical evaluation of indications. It also offers the possibility to map large corroded areas with great accuracy.
Foucault's currents Control
Foucault’s currents Control facilitates calibration, high control speed and part control quantity and fault detection without disassembly. This technique also has the advantage of sufficient reduced cleaning and application through nonconductive paint and coatings, up to 3 mm thick, without any specific surface preparation.
ACFM
The ACFM probe introduces an electric current locally into the part and measures the associated electromagnetic fields close to the surface. The presence of a defect disturbs the associated fields and the information is graphically presented to the system operator. The ends of a defect are easily identified to provide information on defect location and length. Through wall extent of the flaw plays an important role in determining structural integrity and the same is calculated using mathematical computation thus allowing an immediate evaluation of the implication of the indication.
Other advanced control techniques:
- Analysis of microstructure, surfaces, damage and cracks using metallographic replica analysis
- Tank hull scanning using RMS2-450 or A-scan robot
- Inspection and scanning of the bottom of the tank using LFET/MFL scanners
Advanced Non Destructive Testing (Advanced NDT)
Convinced by the accelerated scientific and technological development, General Inspection Company has invested in NDT inspection technologies among its services, in order to satisfy its customers in terms of performance, quality, safety and cost optimization, in addition to the examination not conventional destructive, we have developed a new inspection methodology based on Advanced Non Destructive Examination such as:
Multielement Ultrasound Phased Array (PA)
The Phased Array (PA) is widely used in several industrial sectors, from power generation to construction. It is an advanced non-destructive testing method using ultrasonic technology to help professionals working in the oil and gas industry assess component quality and identify risk factors.
Time of Flight Diffraction (ToFD)
We support you throughout your test project with individual solutions. Our skills also include pre-inspection advice, weld testing using the TOFD technique, data processing with our own software, assistance in interpreting the characteristics of the controls. We believe that using TOFD inspection service will lead to significant time savings over the life of a new build or rebuild. . The record of all inspection data is an excellent pre-service and internationally recognized inspection tool with defined codes, standards and acceptance criteria available for use.
Examination technique Automatic ultrasonic inspection (AUT)
Automated ultrasonic inspection allows quick inspection of welds with accurate results and positioning data. as well as the simultaneous use of several probes for a very precise evaluation of the dimensions of the readings. Constant coupling pressure and constant probe alignment reduce potential errors in the critical evaluation of indications. It also offers the possibility to map large corroded areas with great accuracy.
Foucault's currents Control
Foucault’s currents Control facilitates calibration, high control speed and part control quantity and fault detection without disassembly. This technique also has the advantage of sufficient reduced cleaning and application through nonconductive paint and coatings, up to 3 mm thick, without any specific surface preparation.
ACFM
The ACFM probe introduces an electric current locally into the part and measures the associated electromagnetic fields close to the surface. The presence of a defect disturbs the associated fields and the information is graphically presented to the system operator. The ends of a defect are easily identified to provide information on defect location and length. Through wall extent of the flaw plays an important role in determining structural integrity and the same is calculated using mathematical computation thus allowing an immediate evaluation of the implication of the indication.
Autres technique de contrôle avancé:
- Analysis of microstructure, surfaces, damage and cracks using metallographic replica analysis
- Tank hull scanning using RMS2-450 or A-scan robot
- Inspection and scanning of the bottom of the tank using LFET/MFL scanners
CONTACT US ONLINE
For more details or for specific requests, contact us, we will be very happy to answer your questions.
