Ultrasonic Thickness Gauge Calibration
Accurate, traceable ultrasonic thickness gauge calibration delivered at your workplace for thickness gauges, probes, transducers and ultrasonic material measurement equipment.
Reliable Thickness Data. Confident Decisions.
Tex At Site provides professional ultrasonic thickness gauge calibration services across Australia for digital thickness gauges, probes, transducers and other ultrasonic material measurement equipment. Accurate thickness readings support corrosion monitoring, asset inspections and maintenance planning. Our experienced technicians compare instrument performance against traceable reference standards to identify drift, confirm accuracy and improve confidence in measurements taken on steel, pipework, tanks and other critical assets.
Our mobile ultrasonic thickness gauge calibration service brings specialist equipment directly to your workplace. Therefore, you can reduce transport risks, minimise downtime and keep important inspection instruments available for longer. Each calibration includes clear records that support maintenance programs, quality systems and audit preparation. Whether you manage one gauge or several instruments across multiple sites, Tex At Site delivers practical ultrasonic thickness gauge calibration solutions suited to your operational requirements.
Ultrasonic Thickness Equipment We Calibrate
Find your equipment across two focused ultrasonic measurement capability groups. Tex At Site calibrates thickness gauges, digital meters and ultrasonic inspection equipment used across Australian industrial, maintenance and asset-management environments.
Ultrasonic Thickness Measurement
Instruments used to measure material thickness, support corrosion monitoring and verify asset condition without damaging the test surface.
- Digital thickness meters
- Ultrasonic thickness gauges
Coating & Surface Inspection
Ultrasonic inspection equipment used to assess coating thickness, identify surface discontinuities and support protective-coating and maintenance programs.
- Coating thickness gauges — ultrasonic-based
- Ultrasonic holiday detectors
Connect With Your Regional Team
Choose your state or territory to contact the appropriate Tex At Site representative for your ultrasonic thickness gauges and related measurement equipment. For national programs, multi-state requirements or general assistance, connect with our national sales team.
Joel Schutte
QLD Sales
View QueenslandBailey Connell
NSW Sales
View New South WalesBailey Connell
VIC Sales
View VictoriaBailey Connell
ACT Sales
View ACTRichard Aguilera
WA Sales
View Western AustraliaRichard Aguilera
SA Sales
View South AustraliaJoel Schutte
NT Sales
View Northern TerritorySpeak With Pierce Lucas
For coordinated programs, multiple locations or an alternative point of contact, connect with the National Sales Manager.
Choose the Contact Path That Suits You
Thickness Accuracy Has Consequences
Ultrasonic thickness gauges are relied on to assess remaining wall thickness, corrosion loss and material condition without cutting into the asset. When a gauge drifts, incorrect readings can influence maintenance, inspection and asset-integrity decisions.
One Inaccurate Gauge Can Distort Every Thickness Assessment
Ultrasonic thickness gauges are often used as trusted tools for inspecting pipes, tanks, pressure equipment, structures and machinery. Calibration helps confirm the instrument is measuring sound velocity and material thickness correctly before results are relied upon.
A Thickness Gauge Can Operate Normally While Readings Shift
Probe wear, cable damage, couplant contamination, impact, temperature change and incorrect velocity settings can affect ultrasonic response. The gauge may still display stable values even when the reported thickness no longer reflects the true material condition.
Identify Response Errors Before the Next Inspection
Routine ultrasonic thickness gauge calibration compares instrument readings against traceable thickness references to identify offset, velocity error, probe-related variation and repeatability issues before the gauge returns to service.
Reliable Thickness Gauges Support Better Asset Decisions
Whether assessing corrosion, erosion, remaining wall thickness or material loss, dependable decisions begin with knowing the ultrasonic gauge is producing accurate, repeatable and traceable results.
Greater Confidence Across Corrosion and Wall-Thickness Assessment
Why Ultrasonic Thickness Gauge Calibration Matters
Ultrasonic thickness gauges guide decisions across corrosion monitoring, remaining-wall assessment, maintenance planning and asset integrity. Calibration helps confirm those decisions are based on thickness readings that remain accurate, repeatable and traceable.
A Small Thickness Error Can Change the Final Asset Decision
A small error in reported wall thickness can affect corrosion assessments, remaining-life calculations, inspection priorities and maintenance decisions. Calibration helps identify deviation before inaccurate readings are used to judge asset condition.
Fitness Decisions Depend on Reliable Thickness Readings
Inspectors, engineers and maintenance teams rely on ultrasonic thickness gauges to determine whether pipes, tanks, vessels and structures remain above required wall limits. Reliable readings support clearer repair, monitoring and replacement decisions.
Probe or Velocity Errors Can Affect Results Before Problems Are Obvious
Probe wear, cable damage, couplant contamination, impact, temperature change and incorrect material velocity can affect measurement response. Scheduled calibration helps reveal offset, repeatability and velocity-related error before field inspection continues.
Reliable Thickness Gauges Help Separate Real Material Loss From Instrument Error
Inspection teams can lose time repeating surveys and investigating unexpected values when the gauge itself is uncertain. Verified instruments help distinguish genuine corrosion or erosion from error introduced by the probe, settings or measurement system.
Scheduled Verification Keeps Thickness Gauges Ready for Field Use
Discovering an unreliable thickness gauge during shutdowns, integrity surveys or maintenance inspections can delay critical work. Planned calibration provides earlier visibility of instruments requiring adjustment, repair, probe replacement or further testing.
Recorded Results Show How Thickness Gauges Perform Over Time
Ultrasonic thickness gauge calibration records allow teams to compare previous results, identify recurring probe or response issues and refine future service intervals. A clear history supports instrument control, maintenance planning, traceability and audit preparation.
Confidence in Every Thickness Measurement
Keep Your Thickness Gauges Ready for Asset Inspection
On-site ultrasonic thickness gauge calibration helps keep suitable gauges, probes and related equipment close to corrosion monitoring and asset-integrity teams while reducing transport and time away from inspection programs.
Reduce Freight and Equipment Transfers
Bringing calibration capability to your workplace reduces the need to send away suitable ultrasonic thickness gauges, probes and related equipment.
Schedule Around Surveys and Shutdowns
Visits can be coordinated around corrosion surveys, shutdowns and maintenance programs to maintain gauge availability.
Cover More Inspection Equipment at Once
Combine suitable ultrasonic thickness gauges, probes and cables into one organised calibration visit for more efficient equipment control.
Limit Handling and Transit Exposure
Reducing freight and repeated transfers helps limit avoidable impact, connector damage, contamination and handling exposure for sensitive probes and gauges.
Our Ultrasonic Thickness Gauge Calibration Process
From booking through to completed documentation, our ultrasonic thickness gauge calibration process supports reliable wall-thickness measurements, corrosion monitoring and asset-integrity decisions. We service ultrasonic thickness gauges and compatible probes used across mining, marine, fabrication, utilities, pressure equipment and industrial maintenance applications.
Tell Us About Your Thickness Gauges
Send your equipment list or provide the make, model, probe type, material applications and measurement range of each ultrasonic thickness gauge. This helps our team prepare suitable reference blocks and test requirements.
We Schedule Your Gauge Calibration
Our team coordinates a suitable service time for your ultrasonic instruments, helping minimise disruption to inspections, shutdowns, corrosion surveys and preventative maintenance programs.
Your Thickness Gauges Are Calibrated
Ultrasonic thickness gauges are calibrated across relevant thickness points using suitable reference blocks, compatible probes and controlled measurement procedures.
Results Are Verified
Calibration results are reviewed for thickness indication, repeatability and measurement variation so probe issues or out-of-tolerance conditions can be identified and reported clearly.
Thickness Gauge Records Are Issued
Detailed calibration records are prepared to support instrument history, asset-integrity programs, inspection systems and future calibration scheduling.
Gauges Ready for Return to Service
Your ultrasonic thickness gauges are returned with supporting documentation, ready for continued inspection work with clear, traceable measurement records.
Ultrasonic Thickness Gauge CalibrationFrequently Asked Questions
These answers explain ultrasonic thickness gauges, probes, test blocks, material settings, equipment preparation, calibration intervals, out-of-tolerance results and supplied records.
Tex At Site calibrates suitable ultrasonic thickness gauges, probes and related measurement systems used to assess material thickness in maintenance, inspection, manufacturing and asset integrity applications.
Some gauges can be calibrated at your workplace where suitable reference blocks, stable conditions and access are available. The instrument, probe type, measurement range and material application should be reviewed.
Please provide the manufacturer, model, serial number, probe type, measurement range, material types, velocity settings and quantity. Include cables, probes, reference blocks and accessories normally used.
The gauge is checked against suitable reference blocks with known thickness values. Measurements are taken across the required range and, where relevant, with the supplied probe and settings.
The result is documented clearly. Depending on the equipment and agreed scope, the next step may involve adjustment, probe or cable checks, repeat testing, repair assessment or replacement.
Yes. Worn probe faces, damaged cables, poor connectors, unsuitable couplant, incorrect velocity settings or surface condition can influence readings.
The interval should reflect use, probe wear, transport, environmental exposure, previous results, manufacturer guidance and internal inspection requirements.
Calibration records identify the gauge and provide relevant results across the tested range. These records support inspection traceability, equipment history, future scheduling and audit preparation.
Ready to Arrange Your Ultrasonic Thickness Gauge Calibration?
Whether you manage portable ultrasonic thickness gauges, probes, reference blocks or a complete fleet of inspection instruments, Tex At Site can coordinate practical calibration with efficient scheduling, traceable measurement records and minimal disruption to inspection and maintenance activities.