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Get your anchors
tested & certified.

Rapid site mobilisation across Australia. RPEQ-reviewed draft reports within 48 hours of testing; final signed reports within 5 business days.

24hr mobilisationRPEQ-reviewed reportsNATA-calibrated equipment
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Independent anchor verification

Evidence for everysafety-critical anchor.

Anchor Testing Australia scopes and executes proof load testing, ultimate load testing, displacement monitoring, and test-specification support for post-installed anchors in concrete, masonry, and rock.

AS 5216AEFAC TN05BS 8539VicRoads S680
1,500+
Anchors verified
Commercial and infrastructure programmes
24hr
Urgent mobilisation
Rapid site attendance when risk is time-critical
±0.02mm
Monitoring resolution
Displacement logging for critical tests
30-60s
Hold windows
Configured to project standard and specification
Hydraulic ram testing a chemically-set anchor within a concrete slab rebar cage - Anchor Testing AustraliaHydrajaws rig mounted inverted on a concrete soffit for overhead anchor testing - Anchor Testing AustraliaHydrajaws M2008 Safe Tracker testing mechanical screw anchors on a steel baseplate - Anchor Testing AustraliaConcrete cone pullout failure after ultimate-load testing showing fracture pattern - Anchor Testing AustraliaHydrajaws rig testing a vertical rebar starter bar on a construction site - Anchor Testing AustraliaClose-up of Hydrajaws coupler and reaction legs engaging a screw anchor for tensile loading - Anchor Testing Australia
Chemset testing
Chemset anchor in slab rebar

Hydraulic ram positioned within a rebar cage to proof-test a chemically-set anchor before the concrete pour.

Testing pathways

Choose the right programme before you mobilise.

Different anchor risks require different testing pathways. ATA separates routine verification, capacity establishment, movement tracking, and specification support so the field method matches the engineering question.

Why ATA

Installation quality is not a catalogue value.

The anchor can only be accepted when the field evidence matches the design intent. That means defining the test brief up front, loading in the correct configuration, and recording more than just the peak number on the gauge.

Priority 01
Independent testing brief

We define the proof load, sample size, hold window, monitoring profile, and pass criteria before the jack is fitted.

Priority 02
Calibrated field kit

Hydraulic testing equipment and gauges with current calibration records, suitable for routine verification and destructive test programmes.

Priority 03
Engineer-reviewed evidence

Each programme closes with a report that captures setup, readings, observations, failure behaviour, and the acceptance decision.

01

Receive the test brief

Drawings, anchor schedules, substrate details, and the governing standard are reviewed before site attendance.

02

Configure the rig

The frame is aligned to the anchor, the configuration is checked as confined or unconfined, and displacement references are set where required.

03

Load and hold

The anchor is loaded in a controlled ramp to the nominated proof or ultimate load, then held and observed for load decay and movement.

04

Assess the outcome

Peak load, sustained load, displacement, and site observations are consolidated into an engineer-reviewed acceptance record.

Reference set

Standards that define the brief, the load, and the acceptance decision.

AS 5216:2021

Anchor design and failure-mode framework for concrete applications.

BS 8539:2012+A1:2021

Selection, installation, proof testing, and ultimate testing guidance for post-installed anchors.

AEFAC TN05 Vols 1-4

Australian site testing guidance covering proof tests, ultimate tests, and masonry applications.

VicRoads Section 680

Project-proven specification for bonded anchors, proof-load multipliers, and lot-based sampling rates.

Monitoring equipment

Displacement data catches what load-only testing can miss.

Chemical anchors and variable substrates can sustain load while movement trends reveal a deeper bond problem. For that reason, ATA uses displacement monitoring wherever the consequence justifies it.

Hydrajaws rechargeable digital gauge for anchor testing measurements - Anchor Testing
Sources

Product imagery on this page is credited to the official Hydrajaws product page below.

Industry training

Get ATA Certified

Technical training for installers, testers, engineers, and construction managers. Four progressive tiers covering anchor types, installation best practices, testing methodology, and specification writing. Start with ATA Aware for free.

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Next step

Need a test brief for your anchor programme?

Send your anchor schedule, drawings, or specification and we'll recommend the right pathway, the likely sampling rate, and whether displacement monitoring should be included.