Industries
GV NDT was created in 2011 to supply qualified and trained labor to the wind power segment. Since then we have supported major wind turbine manufacturers in their facilities, storage areas and wind farms.
A wind turbine combines components with very different materials and processes: composite blades, cast hubs and mainframes, welded towers and extenders. Each requires the right inspection method, applied by people who understand the manufacturing process.
Our team has experience in blade and nacelle manufacturing and inspection and works across the entire asset life cycle, from production quality control to inspection with the turbine in operation.
Ultrasonic testing of bond lines and structural laminates plus internal and external visual inspection, at the plant, on the ground and up-tower.
UT, VT, PT and MT on castings and metallographic analysis with sample removal.
Ultrasonic testing of welds and sheet metal and visual inspection.
Site income inspection and wind blade audits at plant, port or site.
Audits of field repair campaigns and installation processes.
UT/VT training and ASNT SNT-TC-1A certification system.
Ultrasonic and internal/external visual inspection of wind blades at the factory, on the ground and up-tower.
Learn moreUltrasonic (UT), visual (VT), penetrant (PT) and magnetic particle (MT) testing on hubs, mainframes, welds, extenders and towers.
Learn moreAudits of field repair campaigns, installation processes and shop approvals, plus root cause analysis of failures.
Learn moreSite income and assembly inspection, machining dimensional inspection, hub and mainframe metallography and production control.
Learn moreUT and VT training (standard or customized) and implementation of a certification system according to ASNT SNT-TC-1A.
Learn moreNDT method and technique development, procedures, special device design and customized UT calibration blocks.
Learn moreContact
Tell us the component, location and deadline. Our technical team will evaluate it and get back to you with the best solution.