Our Testing Services

Ultrasonic testing applied to column-like elements such as poles to estimate concrete strength, uniformity, and potential internal defects.

Non-destructive testing method that measures the speed of ultrasonic pulses through concrete to evaluate material quality and detect internal defects.

Detailed mapping of ground levels and site features to support design, planning, and construction activities.

Analytical modelling used to estimate the remaining service life of a structure based on material properties, exposure conditions, and deterioration mechanisms.

Non-destructive surface hardness testing used to provide an indication of concrete strength within a defined test area.

Advanced scanning survey used to map reinforcement in three dimensions, identifying bar location, spacing, and diameter within structural elements.

Non-destructive scanning to identify the location, spacing, and diameter of reinforcement bars within concrete structures in two dimensions.

Measurement of the depth of concrete cover over reinforcement using non-destructive scanning methods across a defined grid.

Evaluation of corrosion activity affecting embedded reinforcement within concrete structures using a combination of investigative techniques.

Measurement of protective coating thickness on structural elements to verify adequate coverage and durability.

Measurement of protective coating thickness on structural elements to verify adequate coverage and durability.

Measurement of intumescent fire protection coating thickness applied to steel structural members to ensure compliance with fire protection requirements.

Non-destructive investigation used to identify internal defects such as voids, cracks, or delamination within concrete elements.

Electrochemical testing used to assess the probability of reinforcement corrosion within concrete structures over a defined grid area.

A non-destructive scanning method used to detect reinforcement, voids, and embedded services within concrete or the ground.

Inspection and assessment of current fire protection systems and materials within a structure to verify compliance and effectiveness.

Evaluation of environmental exposure conditions and fire performance considerations affecting the durability and safety of a structure.

A detailed condition survey of a building or structure carried out to document its existing state before nearby construction or demolition work begins.

Documentation of extracted concrete cores followed by compressive strength testing to assess the in-situ strength and condition of the concrete.

Extraction of 75 mm diameter concrete cores from a structure for laboratory testing or inspection.

Laboratory analysis used to measure chloride and sulphate concentrations within concrete that may contribute to corrosion or chemical attack.