Ultrasonic Testing
Conventional ultrasonic testing sends sound into a component and interprets returning signals to investigate internal reflectors or measure thickness. It can add volumetric information that a surface examination cannot provide.
Overview
Conventional ultrasonic testing sends sound into a component and interprets returning signals to investigate internal reflectors or measure thickness. It can add volumetric information that a surface examination cannot provide.
NDT Australia provides a single enquiry and co-ordination point for industrial inspection through specialist partners. The proposed provider, personnel competence, method-specific qualifications where required, insurance and any separate approval requirements are checked for the actual scope before appointment; no general accreditation or acceptance guarantee is implied.
Assets & Materials
Suitable welds, plates, structural sections, pressure components and pipework need a sound path and surface compatible with the chosen probe and procedure.
Methods & Limitations
Pulse-echo examination uses a calibrated instrument, probe and reference arrangement appropriate to the material and geometry. Weld flaw examination and straight-beam thickness measurement are different scopes and should be specified separately.
Coupling, coarse-grained material, attenuation, near-surface zones and reflector orientation can restrict coverage. Complex joints may not be fully examinable with conventional UT. PAUT and TOFD are not assumed to be available as standalone offerings.
Typical Defects & Conditions
- Internal weld reflectors such as suspected lack of fusion
- Laminations in suitable plate geometry
- Remaining thickness at identified measurement locations
Planning the Inspection
Supply weld preparation drawings, nominal thickness, material and accessible scanning faces. Agree the acceptance specification and whether the objective is flaw detection, sizing or thickness trending.
Expected Reporting Deliverables
Specify weld or component identifiers, scan extent, probe and calibration basis, located indications and areas not covered. Recorded signal data and sizing detail depend on the agreed technique.
Relevant Industries & Practical Guides
construction inspection planning
manufacturing inspection planning
Applications
Ultrasonic Testing is applied across a wide range of assets and industries, including:
- Suitable welds, plates, structural sections, pressure components and pipework need a sound path and surface compatible with the chosen probe and procedure.
- Inspection planning for construction assets and operators
- Inspection planning for manufacturing assets and operators
- Inspection planning for mining assets and operators
Standards & Competence Context
The references below are planning context, not a claim of accreditation, certified compliance or a universal acceptance rule. Confirm the applicable edition, part, material, procedure and acceptance criteria for this asset. Verify the appointed personnel's method, level and sector competence, insurance and any engineering authority required for the scope before work. A method standard is not itself a return-to-service approval.
- AS 2207 — Non-destructive testing of welds by ultrasonics
- ISO 16810 — Ultrasonic testing general principles
Why Choose NDT Australia
- One enquiry point for scope and specialist-partner co-ordination
- Asset-linked findings with examination extent and limitations
- Separate identification of engineering and operational decisions
Frequently Asked Questions
Related Services
Explore complementary inspection scopes. Method, specialist partner and availability are confirmed for the asset and location.