Our Services

Manual A-scan ultrasonic testing for thickness measurement, defect detection and corrosion mapping on metallic components, piping and plate across Australia.

NATA-accredited phased array ultrasonic testing for advanced weld inspection on ferritic and stainless steel components across Australia.

ToFD inspection for accurate crack sizing and through-wall extent measurement on ferritic welded joints, delivered across Australia.

NATA-accredited film radiographic testing of welded joints and castings across multiple material types including ferritic, stainless, aluminium, copper and titanium.

AC magnetic flow magnetic particle inspection for surface and near-surface defect detection on ferromagnetic components.

Liquid penetrant testing using solvent removable and water washable methods for surface defect detection on all metallic materials.

Electromagnetic eddy current testing for coating thickness measurement and surface defect detection on metallic components without coating removal.

Comprehensive visual testing services for castings, forgings, rolled products and welded joints - both during service and prior to initial service.

Charpy V-notch impact testing to determine the notch toughness and ductile-to-brittle transition behaviour of metals, welds and heat-affected zones.

Tensile testing of metals and welds to determine yield strength, ultimate tensile strength, elongation and reduction of area for material certification and weld qualification.

Hardness testing of metals, welds and heat-affected zones using Vickers, Brinell and Rockwell methods for material verification, weld qualification and in-service assessment.

Macroscopic examination of weld cross-sections to assess weld geometry, fusion, penetration and the presence of defects for procedure qualification and quality verification.

Guided bend testing of weld specimens including root, face and side bends for welding procedure qualification and welder performance testing to Australian and international standards.

Positive material identification (PMI) using XRF and OES to verify the chemical composition and alloy grade of metallic components, welds and consumables.